828results about How to "Quick draw" patented technology

The invention relates to a gas drainage method combining surface and underground fracturing and permeability improvement, and the method comprises the following steps: building underground large-diameter directional long boreholes in a coal reservoir or the top and bottom plates thereof under a coal mine by using a drilling machine; then building pressure relief holes in a coal bed having an appropriate distance with the large-diameter directional long boreholes; building vertical wells communicated with an underground large-diameter directional long borehole filed or nearby roadways thereof from the ground to the underground; firmly connecting large ground fracturing equipment, a ground vertical well shaft and the underground large-diameter directional long boreholes by using high pressure pipelines; carrying out fracturing on each underground large-diameter directional long borehole by using the large ground fracturing equipment to form a three-dimensional fracture network; discharging water in the underground large-diameter directional long boreholes and then carrying out continuous pressure extraction on fracturing holes and the pressure relief holes; and quickly extracting out the coal bed gas through negative pressure by using the three-dimensional fracture network. According to the invention, the coal bed gas can be extracted out quickly with high efficiency by using the three-dimensional fracture network and negative pressure, thereby providing a technical guarantee for safe and high-efficiency production of mines; and the method has the advantage of wide application prospect.

In a method of amplifying optical input signals over a wide bandwidth, the optical input signals are applied to an optical waveguide made from a rare-earth-doped amorphous yttrium aluminum oxide material (e.g., erbium-doped yttrium aluminum oxide material). The optical input signals include optical signals having wavelengths shorter than 1,520 nanometers and optical signals having wavelengths longer than 1,610 nanometers. Preferably, the wavelengths range from as short as approximately 1,480 nanometers to as long as approximately 1,650 nanometers. Pump light is applied to the optical waveguide to cause the waveguide to provide optical gain to the optical input signals. The optical gain causes the optical signals to be amplified within the waveguide to provide amplified optical signals over the extended range from approximately 1,480 nanometers to approximately 1,650 nanometers, including, in particular, optical signals having wavelengths shorter than 1,520 nanometers and optical signals having wavelengths longer than 1,610 nanometers. Alternatively, the wavelengths of the optical input signals may be in the range from approximately 1,480 nanometers to approximately 1,565 nanometers. As a further alternative, the wavelengths of the optical input signals may be in the range from approximately 1,565 nanometers to approximately 1,650 nanometers.

The invention provides a webpage loading method based on layout zoning, belonging to the technical field of browsers. The webpage loading method comprises the following steps that: a client sends a request to a server; the client establishes TCP (Transmission Control Protocol) connection together with the server and obtains an HTML (Hyper Text Mark-up Language) file, a CSS (Cascading Style Sheet) file and various resource files; a browser analyzes various kinds of files to respectively generate a DOM (Document Object Model) tree and a style sheet, and generates a render tree; a layout manager carries out layout on the render tree, and starts to generate render layout tree nodes; and when one render layout tree node is generated, a browser interface is drawn by using an increment drawing mode until the whole render layout tree is completely drawn. According to the method, by fully utilizing the characteristic of a small screen of a mobile device, the method of carrying out loading and layout on all webpage contents and then displaying is changed, increment drawing is carried out when one render layout tree node is generated, thus long-time interface blank caused by loading all webpages when a user opens the webpages is avoided, the waiting time is greatly reduced, and the user experience is greatly promoted.

The invention relates to a carbon fiber wetland type ecological floating bed and an arrangement method thereof, belonging to the field of sewage treatment. The carbon fiber wetland type ecological floating bed comprises a bed body, a biological carbon fiber material, floating bed plants and a wetland tank, wherein the wetland tank is arranged in the bed body; the interior of the wetland tank is filled with a porous light-weight artificial wetland filler; the floating bed plants are planted in the middle of the filler; and the biological carbon fiber material is hung on a suspension rod at the bottom of the wetland tank. According to the carbon fiber wetland type ecological floating bed, the processes of the ecological floating bed, bio-contact oxidation and the artificial wetland are reasonably combined to ensure that sewage is firstly subjected to bio-contact oxidation to degrade most pollutants, then the sewage is intercepted and further degraded through the wetland structure, and finally, through the absorption effect of plant roots, the quality of the sewage is better improve; and meanwhile, the reasonable layout of plants can be used for achieving the purposes of beautifying the environment, improving the ecological diversity and promoting the degradation effect on the pollutants of the whole floating bed system.

A BLDC motor assembly and method for manufacturing same is disclosed. The motor has a housing, a shaft supported for rotation within the housing, a stator disposed within the housing for generating an electro-magnetic field, a rotor operatively coupled to the shaft and disposed for powered rotation within the stator in response to the electro-magnetic field, at least one temperature sensitive electronic device (TSED) disposed within the housing and electrically connected to the stator for controlling or measuring an aspect of the electro-magnetic field, and a fuel resistant and electrically insulated polymeric material encapsulating the TSED so that the TSED is protected from adverse temperature and chemical agents without the need for a separate internal container or a pre-potting operating. The TSED, which may be carried on a printed circuit board within the housing, is thus overmolded with polymeric material so that the polymeric material fills, or substantially fills, a space within the housing. Not only is the cost and weight associated with a prior art dedicated container for the electronics eliminated, but this invention allows greater design freedom in the location or placement of the various electrical devices within the housing for better motor efficiency and/or protection.

A method for increasing the permeability of an inert gas and extracting gas under the coupling action between temperature and pressure, belongs to a method for extracting the gas. A permeability increasing hole is formed in the middle of a workface coal bed; gas extraction holes are formed on vertexes of an equilateral triangle with the permeability increasing hole as a center; after the gas extraction holes are sealed, the gas is extracted; the inert gas under the coupling action between temperature and pressure is injected into the permeability increasing hole one by one; under the coupling action of temperature and pressure of the nitrogen, a small-size clearance of a coal body is pressed by the inert gas to be opened, so that an original crack in the coal body is stretched, the stretched crack further extends and no protrusion by induction occurs; 90 percent of adsorption gas in the coal body absorbs energy and the separating speed of the gas from the coal body is increased, so that gas which is difficult to desorb in the coal body is converted into free gas which is convenient to quickly extract in a large flow; and a permeability increasing medium is gas, and the gas subjected to permeability increase can be exhausted from a crack channel without blocking the gas flowing channel, so that the conditions for the extraction of the gas is provided. The method has the advantages of simplicity in operation, favorable effect, high extraction efficiency of the gas and applicability.

A method of determining the amount of mis-alignment in one direction of an image of a scene, the image captured by a first camera is described. The method comprising the steps of:

• • defining a line between a first point in the image and a second point in the image, the line extending in the direction of mis-alignment;
  • defining a reference section in the scene to which the image is to be aligned, the reference section of the scene having a reference image characteristic;
  • identifying an image characteristic at different points along the line in the image; and
  • comparing the image characteristic at each point along the line with the reference image characteristic, and determining the amount of mis-alignment by determining the distance between the position of the reference image characteristic of the reference section captured in the image and the defined reference section in the scene.

The present invention provides a visual form drawing method, the drawing method comprises react to build a form component and create a visual form editor with redux management data flow; use the visual form editor to customize or externally import to create a form initial template; adjust the form initial template Layout and basic information, the user drags the operation object to the end of the operation, and returns to the form setting state at a certain time through the undo or restore operation; the form data is saved to the html file, which is parsed into a layout data flow file by JS. The present invention draws the form through the toolbar in the visual form editor, sets the overall style, and directly drags the form component to the page setting area and changes the component properties, so as to realize fast and accurate drawing of the standardized form, and avoid the problem of modifying the source code Hierarchical confusion; each operation of the adjustment step in the form drawing process is automatically saved, and the adjustment step operation is corrected by undoing or reverting the operation.

A gate driving circuit for driving a power semiconductor element can include a MSINK that is an n-channel metal-oxide silicon field-effect transistor (MOSFET) with a low resistance value for rapidly drawing out the charges accumulated on the gate of an insulated gate bipolar transistor (IGBT), and a MSOFT that is an n-channel MOSFET with a high resistance value for slowly drawing out the charges. By shifting the time for turning ON of these MOSFETs, soft interruption can be performed rapidly and surely when overcurrent or short circuit current flows in the IGBT. Therefore, device breakdown is minimized or avoided and noise generation is suppressed.

The invention relates to the technical field of urban comprehensive emergency management, in particular to a rapid momentum plotting system and method based on a GIS platform and touchscreen device. The system comprises a display and control terminal, an operating tool set, a data processing layer and a system supporting layer. The display and control terminal is used for displaying a GIS system and plotted contents on a screen and completing touch operation to draw graphics. The operating tool set is mainly used for completing key operations of the entire draw process. The data processing layer is used for processing key plotting processing algorithms and techniques. The system supporting layer comprises a plotting database, the GIS system, a GIS server and a network used for communication between a touchscreen and the server. By the aid of the system, problems that map plotting operation is complex and the like are solved, and the system can be used for rapid momentum plotting of the geographical information platform.

The invention discloses a synthesis method of picture mosaic pattern and a system therefor; the system comprises the following steps: the computer software obtains names and positions of original cells, second congruent relationship of feature information according to preset name of each basic picture material and corresponding first congruent relationship of feature information thereof; searches picture material units with the highest similarity to the feature information of the original cells; establishes mosaic pattern data sheet including production cell position information corresponding to a mosaic picture works, name, position information and feature information of original cells corresponding to the production cell and name of the picture material units with the highest similarity to the original cells, searches the basic picture material with the highest similarity to the feature information of the original cells and fills the basic picture material into the mosaic pattern data sheet, reads corresponding basic picture material and draws the basic picture material to corresponding position thereof in the mosaic picture works.

The invention relates to a method of constructing a virtual experiment teaching scene based on an image material. The method mainly comprises the following steps: obtaining an image object of a teaching experiment instrument by using an interactive image object extracting method based on a geodesic line; rapidly modeling vivid and reusable virtual experiment components by using the image object of the teaching experiment instrument and a simple geometric pattern element, and adding the virtual experiment components into a multidisciplinary virtual experiment component library; on the basis of initialization of the virtual experiment teaching scene, searching the required virtual experiment components from the virtual experiment component library according to a user requirement, combining the searched virtual experiment components to an initial virtual experiment teaching scene, and editing the logic attribute and appearance attribute of the selected virtual experiment components in a visual form; in the virtual experiment teaching scene, interactively pointing the connection relation between the virtual experiment components by a user, automatically constructing and visualizing the connection relation by using a connection line generation algorithm based on equivalence connection so as to finish the construction of the virtual experiment teaching scene.

A solid preparation without cane sugar for moistening throat contains isomaltone alditol as shaping material and boat sterculia seed.

A method for providing location and promotional information to a visitor to a building complex in an interactive environment where said visitor may select either from a variety of pre-defined search parameters or select a specific location on a dynamic computer-generated rendering of the building complex.

The invention discloses a rendering method for a computer three-dimensional terrain grid. The rendering method comprises the following steps: re-sampling a digital elevation model to generate terrain rule grid data; converting the terrain rule grid data to be grid simplifying auxiliary information; using the grid simplifying auxiliary information to carry out irregular edge collapse simplification for boundary maintenance to the terrain rule grid data; organizing the irregular side collapse simplifying result and the terrain rule grid data to be a terrain form with a boundary maintenance characteristic according to a hierarchical structure representation method. According to the invention, cracks among terrain partitions in three-dimensional virtual scene display can be completely avoided, and a seamlessly conjoined and smoothly transitional visual effect can be acquired without occupying extra computing resource during operation. Simultaneously, the irregular side collapse simplifying mode can well maintain the initial terrain feature, and can improve the display quality of a distant view.

The invention relates to an original number tailoring method for a clothing armhole, which comprises the steps that original clothing numbers, namely the armhole perimeter, the chest width, the back width, the shoulder width, the chest circumference and the clothing length are determined according to anthropometric data; the armhole is designed into a notched ellipse; a diagonal line of an external rectangle of the notched ellipse is a perimeter mark hy; and the ratio of the perimeter mark hy to the armhole perimeter is y; an hy operational method is created; a base line of the external rectangle of the notched ellipse and an armhole circumflexion identification line are determined according to the original clothing numbers, such as the armhole perimeter, the chest width, the back width, the shoulder width and the chest circumference; then, relevant points are determined; and an armhole perimeter line is drawn. The armhole tailoring method is quick in tailoring and high in the precision of the armhole tailoring line, meets the fast-paced requirements of the clothing market on clothing transformation, is applicable to the tailoring of high-grade clothing, and is simple, convenient and practical.