475 results about "Surface construction" patented technology

A system and method that includes a virtual human face generation technique which synthesizes images of a human face at a variety of poses. This is preferably accomplished using just a frontal and profile image of a specific subject. An automatic deformation technique is used to align the features of a generic 3-D graphic face model with the corresponding features of these pre-provided images of the subject. Specifically, a generic frontal face model is aligned with the frontal image and a generic profile face model is aligned with the profile image. The deformation procedure results in a single 3-D face model of the specific human face. It precisely reflects the geometric features of the specific subject. After that, subdivision spline surface construction and multi-direction texture mapping techniques are used to smooth the model and endow photometric detail to the specific 3-D geometric face model. This smoothed and texturized specific 3-D face model is then used to generate 2-D images of the subject at a variety of face poses. These synthesized face images can be used to build a set of training images that may be used to train a recognition classifier.

A method of modeling a surface from a plurality of geometry points representing an object generally includes binning the plurality of geometry points into an n-dimensional array of cells and associating a binary value with each cell; applying a dilation algorithm to the binned plurality of geometry points to output a dilated binary representation of the plurality of geometry points; applying an erosion algorithm to the dilated binary representation of the plurality of geometry points to output a segmented volume; and applying a surface construction algorithm to the segmented volume to form a surface model of the object.

The invention relates to a low-viscosity cardanol epoxy resin curing agent which has a structural formula shown on the right. The method for preparing the low-viscosity cardanol epoxy resin curing agent utilizes reaction of cardanol, p / m-benzene dimethylamine and paraformaldehyde to prepare the low-viscosity cardanol epoxy resin curing agent. The low-viscosity cardanol epoxy resin curing agent has no solvent, has no irritation, is nontoxic and environment-friendly, is mild in heat release, low in color, low in viscosity, and moderate in curing speed, can be cured at a low temperature, and simultaneously has superior anti-corrosive and protective properties; and cured products have superior toughness, good strength, superior adhesion and invasive ability on substrates, and superior low surface construction performance, and are normally used on wet and rusty surfaces.

A system and method that includes a virtual human face generation technique which synthesizes images of a human face at a variety of poses. This is preferably accomplished using just a frontal and profile image of a specific subject. An automatic deformation technique is used to align the features of a generic 3-D graphic face model with the corresponding features of these pre-provided images of the subject. Specifically, a generic frontal face model is aligned with the frontal image and a generic profile face model is aligned with the profile image. The deformation procedure results in a single 3-D face model of the specific human face. It precisely reflects the geometric features of the specific subject. After that, subdivision spline surface construction and multi-direction texture mapping techniques are used to smooth the model and endow photometric detail to the specific 3-D geometric face model. This smoothed and texturized specific 3-D face model is then used to generate 2-D images of the subject at a variety of face poses. These synthesized face images can be used to build a set of training images that may be used to train a recognition classifier.

The carrier region extending beyond the optical portion of a contact lens overlying the cornea of an eye can be modeled in one universal shape that will fit all eyes. That shape is characterized by a curve of radius of curvature versus distance from the High point which is substantially linear with a first slope below a 10 mm diameter of the eye as projected onto a plane perpendicular to the optical axis, is substantially linear above 10 mm with a second slope which is substantially greater than the first slope, and which has an inflection point in the vicinity of approximately 10 mm. Preferably the first linear portion has a radius of curvature of approximately 7.6 mm at a diameter of about 7 mm, with a slope of about 0.13 (the first slope) and a radius of curvature of about 9 mm at a diameter of 12 mm, with a slope of about 0.45 (the second slope).

A method, apparatus, and article of manufacture provide the ability to manipulate a drawing surface in a CAD / GIS computer application. A drawing surface is displayed in a CAD / GIS application followed by the performance of a surface edit operation on the drawing surface. The surface edit operation is stored / saved as an atomic property in a list of surface edit operations. The list of surface edit operations is displayed in a graphical user interface (GUI). Each surface edit operation may be independently toggled on / off in the GUI and such toggling is reflected in the CAD / GIS application by displaying an effect of executing the surface edit operation if toggled on and displaying the drawing surface without execution of the surface edit operation if toggled off.

The invention relates to topographic construction that combines photographic and structured light information. The dual modality construction acquires structured light information for an object and photographic images from multiple views about the object. Topographic construction then processes the structured light information and photographic data in the multiple images to generate a surface representation of the object in each modality. The photographic and structured light surface representations are then combined to output a dual modality surface topography.

The present invention provides a thin layer overlaying surface construction method suitable for pavement overhaul and intermediate maintenance and preventive conservation, a synchronous construction process meeting the thin layer overlaying surface technology can be formulated by adjusting and upgrading on the basis of the traditional ultra-thin wearing layer construction process according to the characteristic of a thin layer overlaying surface, especially an extremely-thin wearing layer with the thickness of 0.8 to 1.5cm, the thin layer overlaying surface construction method mainly includes preparation before construction, original pavement disease damage treatment, fine milling napping processing, milling process knife head cooling water spray control, pavement cleaning, mixture mixing, mixture transportation, mixture paving, mixture rolling compaction, detection after forming and opening to traffic, the construction process conditions are clever and flexible to control, by the process using a fine milling machine for processing an old subgrade surface and emulsified asphalt and mixture synchronous paving, construction of the thin layer overlaying surface especially the extremely-thin wearing layer can be effectively realized, the major technical indicators of the constructed extremely-thin wearing layer are equivalent to that of an ultra-thin layer with the thickness of 20mm abroad, the cost is reduced by 25%, and a contribution is made for popularization and application.

The present invention relates to a cold aggregate batching treatment method for continuous-stirring equipment of bituminous concrete for highroad surface construction and asphalt parement regeneration engineering, and is characterized by that before the cold aggregate is continuously metered, firstly, said cold aggregate is passed through sieving machine to implement pregradation, then continuously metered by means of metering device then fed into continuous bituminous concrete stirring equipment and its next stoving procedure.

The invention discloses an intelligent surface construction method capable of achieving wettability conversion. Liquid rubber and magnetic microparticles are mixed in a certain ratio, and then coat asubstrate, and an anti-adhesion plate is fixed at a certain distance above the substrate. A vertical upward magnetic field is applied to the whole device from the bottom of the substrate, a mushroom column array structure is formed by liquid rubber self-assemble, after solidification molding, a microcolumn array is modified by fluorosilane to obtain an intelligence surface capable of achieving wettability conversion relying on microstructure control. By induction of the external magnetic field, the mushroom-like column array structure of the surface can be bent and deformed to lead reversibleconversion between a low-adhesion super-hydrophobic and oileophobic state and a high-adhesion hydrophobic oleophobic state of the wet state of water and oil on the surface. The preparation method hasthe advantages of simple process, no complicated equipment, and no template assistance, and is advantageous for large-scale manufacturing and practical application of the intelligence surface capableof achieving wettability conversion.

The invention relates to an insulation construction method for a city building, in particular to an indoor insulation construction method for cave dwelling type environment of the city building, and solves the problem that no mature indoor insulation construction method exists at present. The method comprises the construction working processes of substrate treatment, wall surface construction, ceiling construction, bathroom wall surface construction, and floor slab floor construction; through high-performance insulation material and unique construction technology, the invention performs the insulation treatment to the four indoor walls, the four walls of the bathroom, and the ceiling and the floor, can enable the indoor environment to form an insulation environment similar to an inner liner of a thermos bottle, can maintain the indoor temperature fluctuation within a very small fluctuation range, creates a cave dwelling type indoor environment with cool summer and warm winter, not only effectively prevents the cold and hot bridge phenomenon, but also meets the heat insulation requirement in a house, and achieves an energy-saving effect. On one hand, the invention technically guarantees the effective operation of family heat metering, on the other hand, the environmental effect created by the invention is basically similar to the thermal environment of the cave dwelling.

The invention discloses a dust-free environment-friendly wall surface construction grinding device for a building. The wall surface construction grinding device comprises a base and a mounting platform; the mounting platform is arranged above the base, and a horizontal adjusting mechanism used for adjusting the horizontal position of the mounting platform is arranged between the mounting platformand the base; and rollers which are used for facilitating device carrying are symmetrically arranged on the left side and the right side of the base, first fixing plates are arranged on the two sidesof the upper end of the mounting platform, and a horizontal screw rod is arranged between the first fixing plates in a penetrating mode. The wall surface construction grinding device is simple and reasonable in structure and convenient to carry, realizing full-automatic wall surface grinding, greatly reducing the labor intensity of workers, and improving the grinding efficiency; meanwhile, dust generated by a grinding disc can be collected by a dust collecting box under the action of an air suction fan, so that dust-free grinding is realized, and pollution to the environment during working ofthe device is reduced; and the horizontal adjusting mechanism is further arranged on the device, then the mounting platform can be subjected to horizontal degree detection, so that the grinding quality of the device is further guaranteed, and the practicability is high.

The invention discloses a long-acting protection multi-layer epoxy heavy-corrosion-prevention coating for a sea steel structure and a manufacturing method of the long-acting protection multi-layer epoxy heavy-corrosion-prevention coating and belongs to the field of sea heavy corrosion prevention. The epoxy heavy-corrosion-prevention coating comprises three layers of structures which are a poly-carboxy epoxy resin coating body, a solvent-free epoxy coating body and acrylic epoxy finish coat or polyurethane epoxy finish cost or organic silicone epoxy finish coat or fluorocarbon finish coat. The multi-layer epoxy heavy-corrosion-prevention coating meets the low metal surface treatment requirement and can be constructed on a humid metal surface with rust, due to three-dimensional crosslinking curing and chemical bonding with a base material, the obtained coating interface bonding force is good, the crosslinking degree is high, the compactness is good, the weather resistance is excellent, the service life in a sea environment can reach more than 30 years, and the coating is simple in technology, easy to popularize and capable of being used for long-acting protection of seal steel and iron facilities.

A method of modeling a surface from a plurality of geometry points representing an object generally includes binning the plurality of geometry points into an n-dimensional array of cells and associating a binary value with each cell; applying a dilation algorithm to the binned plurality of geometry points to output a dilated binary representation of the plurality of geometry points; applying an erosion algorithm to the dilated binary representation of the plurality of geometry points to output a segmented volume; and applying a surface construction algorithm to the segmented volume to form a surface model of the object.

The invention discloses a fabricated ceramic tile wall surface and a construction method thereof, and relates to the technical field of building decoration. The fabricated ceramic tile wall surface comprises a main keel with the inner surface installed on a wall body and a plurality of ceramic tile templates installed outside the main keel, a plurality of bearing keels are equidistantly arranged on the main keel, and the bearing keels are arranged parallel to the ground surface; the multiple ceramic tile templates are spliced mutually and are slidably arranged between the upper bearing keel and the lower bearing keel in the length direction of the bearing keels, telescopic buckles are arranged on the side edges of the ceramic tile templates, lock holes corresponding to the telescopic buckles in a one-to-one mode are correspondingly formed in the bearing keels in the length direction, and the telescopic buckles of the ceramic tile templates are correspondingly connected to the inner parts of the lock holes in a clamped mode. The fabricated ceramic tile wall surface has the effects that the rapid installing is realized, the disassembling after the installing is convenient, the construction period is short, and the decoration efficiency and the ceramic tile wall surface construction quality are improved.

The invention relates to a construction process for ultraviolet light cured paint metal coating, which is characterized by comprising the following steps of: processing and drying a raw material; coating a first primer by using a roller; adjusting the energy to 350-400mj / cm2 by using an ultraviolet light drier to dry the first primer; coating a second primer by using a roller; rolling and coating the primer by using ultraviolet light; adjusting the energy to 250-300mj / cm2 by using the ultraviolet light drier to dry the second primer; polishing, dedusting and rolling and coating before sprinkling; sprinkling and coating bright varnish by using the ultraviolet light and leveling; adjusting the energy to 300-500mj / cm2 by using the ultraviolet light drier to completely dry the bright varnish to obtain a finished product. The invention has the advantages of high production efficiency, no cracking at low temperature or high temperature after coating, good adhesive force and good fullness of a paint film.

The invention discloses a low-density high-strength reinforced rubber sheet convenient for low-temperature construction and a preparation method thereof. The reinforced rubber sheet is compounded from an adhesive layer and a glass fiber reinforcement layer. The adhesive layer is composed of the following raw materials in percentage by mass: 40-60% of solid epoxy resin, 15-20% of non-polar rubber, 15-20% of liquid rubber, 3-6% of epoxy resin curing agent, 0.5-1% of rubber vulcanizing agent, 5-10% of foaming agent and 5-10% of thixotropic agent. The adhesive layer of the reinforced rubber sheet adopts the non-polar rubber with favorable compatibility with the oil surface and the liquid rubber with favorable low-temperature viscosity ratio to lower the epoxy dispersion force, so that the reinforced rubber sheet can be constructed on a steel plate at low temperature, thereby ensuring the bonding effect. The solid epoxy resin is creatively adopted, thereby avoiding the problems of incapability of forming due to excessive liquid epoxy resin, poor oil surface construction, and poor reinforcing effect due to phase separation and precipitation in the system in the adhesive layer composition on the premise of satisfying that the epoxy resin consumption ensures the reinforcing effect.

The invention provides a steam curing aerated concrete block building structure and a construction method thereof. Watering is not required before the laying, the average mortar joint thickness is less than or equal to 8 mm, and bonding mortar is utilized to bond blocks; anti-crack mortar which is a novel building structure used for filling wall is adopted as a bonding layer, thereby reaching the effects that the laying of the steam curing aerated concrete blocks is firm, the surface layer plastering is good, the anti-crack effect of the wall surface is good, and the defects that the mortar hydration during laying and surface finishing in the traditional construction method is inadequate, the cracking and leakage of the wall body caused by the dry-wet circulation of the wall body are difficult to be controlled, and the plastering layer is hollow and will shed are overcome. Meanwhile, the invention also provides a technical process for the steam curing aerated concrete block wall body and the wall surface construction.

The invention relates to a wall insulation structure, which comprises a base course wall. The invention is characterized in that an air entraining thermal insulation layer is adhered on the outer side surface of the base course wall, and an anticrack protective layer is compounded on the outer surface of the air entraining thermal insulation layer. The invention also relates to a construction method for the wall insulation structure, which comprises the following steps: firstly, alignment treatment to the base course wall is performed; secondly, adhesion agent is adopted to adhere air-entrained concrete insulation blocks on the well aligned outer wall surface, and auxiliary fixing is performed to the air-entrained concrete insulation blocks; thirdly, interfacial agent is brush coated on the outer surfaces of the air-entrained concrete insulation blocks; fourthly, anti-crack mortar or plastering lacquer putty is smeared, and lattice cloth is laid, pressed and adhered; fifthly, ornamental surface construction is performed after the anti-crack mortar or the plastering lacquer putty has a certain intensity. The invention effectively solves the problems of heat insulation, durability, fire prevention, shock resistance, and wind pressure resistance, etc. of the wall insulation structure, not only meets the energy saving requirement of the wall and the building, but also ensures the same service life of the wall insulation structure as the building, the construction technology is simple and convenient, in order to enable the production of a high-quality wall insulation structure to be possible, thereby the invention has very strong integrated technological superiority.

The invention discloses a construction method of a basement roof polyvinyl chloride root thorn resistance waterproof roll. The construction method is characterized by comprising the steps of: (a) construction preparation; (b) base layer treatment of the root thorn resistance waterproof roll; (c) construction of a reinforced additional layer in a node; (d) large surface construction of the polyvinyl chloride root thorn resistance waterproof roll; (e) head shrinkage treatment of the polyvinyl chloride root thorn resistance waterproof roll; and (f) cleaning, checking and acceptance of the polyvinyl chloride root thorn resistance waterproof roll. The construction method of the basement roof polyvinyl chloride root thorn resistance waterproof roll has the advantages of reasonable design and simple operation in production of the additional layer of the polyvinyl chloride root thorn resistance waterproof roll, no influence on construction period, lower investment, safe and reliable engineering quality, improvement of once acceptance pass percent, in particular prominent improvement of root thorn and water resistant in the node and elimination of subsequent node leakage hidden danger of a basement roof, and wide promotion and application prospect.

The invention discloses a preformed automobile-damping expandable rubber belt with good oil surface construction and a preparation method therefor. The rubber belt contains the ingredients in percentage by weight: 4 to 6 percent of solid epoxy resin, 20 to 30 percent of solid non-polar rubber, 15 to 20 percent of liquid rubber, 10 to 20 percent of softening agent, 0.3 to 0.6 percent of epoxy resin curing agent, 0.5 to 1 percent of rubber vulcanizing agent, 0.5 to 1 percent of vulcanization accelerator, 5 to 10 percent of foamer, 5 to 7 percent of foaming accelerator, 5 to 10 percent of thixotropic agent and 20 to 30 percent of filler. According to the expandable rubber belt, the epoxy dispersion force is reduced by adopting the non-polar rubber with good oil surface compatibility and the liquid rubber with relatively good low-temperature viscosity, so that when the expandable rubber belt is subjected to construction on oil-surface steel plates at low temperatures, the damping effect is excellent, the expandable rubber belt does not flow and does not pollute electrophoresis bath liquor, the workability of a product is guaranteed, the consumption of a damping material can be effectively lowered, the weight of vehicle bodies is reduced, sources of energy are saved, and the production efficiency is increased.

The invention discloses an integrated roller compacted concrete dam construction quality evaluation method taking regard of parameter uncertainty. The method comprises steps that firstly, a roller compacted concrete dam construction quality evaluation index system is constructed, secondly, a compactness nonlinear regression model and an interlayer combination quality index nonlinear regression model are established, thirdly, concrete attribute parameter uncertainty of a roller compacted concrete dam is processed, and a roller compacted concrete dam construction quality evaluation model based on the blind number theory is established; and lastly, integrated roller compacted concrete dam construction quality evaluation is carried out. The method is advantaged in that further development of construction quality evaluation researches is facilitated, a matching degree between the acquired evaluation result and an actual situation is relatively high; based on mathematics uncertainty, influence of compactness quality and interlayer combination quality on construction quality is considered, integrated evaluation on dam surface construction quality is realized, and an effective technical means is provided for construction quality control.

The invention relates to an air public traffic method and an urban cable public traffic system. The invention is realized by the following steps of: arranging a vertical steel frame, a tower frame or a urban ground building frame with urban ground buildings on the ground in a city; arranging steel wires on the frame to form steel wire cables which comprise single-layer single lines, single-layer double lines, double-layer single lines or double-layer double lines; and driving the steel wires by a driver so that a lift car on the steel wires is drawn to move in air to form an urban cable public traffic. The invention belongs to air traffic without being interfered by various ground factors, can effectively solve the problem of urban public traffic jam, has low manufacture cost and short construction period and can save a great amount of urban precious soil or can be used as urban sightseeing equipment for viewing urban beautiful landscapes and changes. The tower (cable station) of the invention can also be a multifunctional building or an office building, which is convenient to work or commute.

The invention provides a concrete-filled steel tube column needle type concrete pouring construction method. The concrete-filled steel tube column needle type concrete pouring construction method includes the following steps that a concrete mixture ratio experiment is conducted, and the concrete mixture ratio which meets the design requirement is acquired; experimental steel tube columns are utilized to conduct a 1:1 concrete pouring experiment, and the minimum pouring height and the maximum pouring height are acquired; steel tube column units are manufactured; the steel tube column units are lifted, welded and installed, and building surface construction is conducted at the same time; after the first steel tube column unit is installed, a concrete pump tube is utilized to pour concrete into the first steel tube column unit through pouring holes and then sequentially pour concrete into the steel tube column units above the first steel tube column unit; concrete pouring construction lags behind construction of corresponding building surfaces, and the corresponding building surfaces are used as operation platforms in the concrete pouring process; when concrete is poured into one steel tube column unit, the pouring hole of the next steel tube column unit is sealed. The concrete-filled steel tube column needle type concrete pouring construction method is reliable and saves time.

The invention discloses an ink painting simulation method of a three-dimensional tree model. The ink painting simulation method of the three-dimensional tree model includes the following steps: dividing the tree model into a trunk portion, a branch portion and a leaf portion, and conducting rendering and drawing on the three portions respectively; for the trunk portion, directly mapping defined texture images to the three-dimensional tree model to generate ink painting effects by adopting a render method of two-dimensional texture mapping; for the branch portion, directly conducting color filling on branches by using average values of branch texture colors; and for the leaf portion, conducting model simplification, stroke surface construction, drawing direction confirmation, ink color confirmation, brush pen construction and drawing render to complete ink painting artistic style simulation of leaves. According to the ink painting simulation method of the three-dimensional tree model, ink painting simulation effects of the three-dimensional tree model are achieved, and the method can be made into plugins which can be used in three-dimensional processing software of 3D Max, Maya and the like, and the ink painting simulation method of the three-dimensional tree model can be further applied in fields of art education, digital entertainment, 3D animations, games and the like.

The invention discloses a repairing and protecting layer for a reinforced concrete structure body and a construction method of the repairing and protecting layer. A repairing layer made of MPC mortar or a fiber MPC composite is constructed at the repairing part of an old concrete structure body, and a protecting layer made of MPC net paste and positioned on the outer side of the repairing layer is constructed on the surface of the reinforced concrete structure body. By full utilization of the performance advantages that the adhesion force of MPC base material and old concrete is strong, the chloridion permeation resistance is excellent and the concretion is early, strong and quick, and based on economy and permeation resistance optimization, color and luster of the material are adjusted through the change of mixing amount of silica ash and fly ash, the MPC mortar or fiber MPC mortar and the MPC net paste are used in a combined manner, the mortar material is used for reparation, the net paste material is used for protection, and finally the reinforced concrete structure repairing and protecting layer which is bright and smooth in surface, uniform in color and luster and excellent in permeation resistance is formed, so that the damaged concrete structure can be effectively repaired, and the thick and aesthetic magnesium phosphate cement protecting layer is formed outside the reinforced concrete structure body.