233results about How to "Precise layout" patented technology

There is provided a lower vehicle body structure, in which a floor panel is provided between a pair of side sills extending longitudinally, a tunnel portion extending longitudinally is provided at a central portion of the floor panel, and a seat is provided between the side sill and tunnel portion, wherein there are provided a seat support member outer to support the seat, which extends longitudinally inside the side sill, and a plurality of cross members extending in the vehicle width direction with a specified distance therebetween longitudinally, outside end portions of which are connected to the seat support member outer and inside end portions of which are connected to the tunnel portion. Accordingly, both layout of the seat and sufficient vehicle body rigidity against a vehicle side crash can be provided.

A structure for fixing an insert (21) to an insert drill, wherein the insert (21) is precisely arranged in a mounting groove (3) formed on one end of a cutter bar (1) of the insert drill. The insert drill bit comprises: a cutter bar (1) having a mounting groove (3), a handle hole (5), and a first threaded hole (7); an insert having a shank (23) and an inclined groove (25) (21); and the fastening screw (31). The insert fixing structure includes: a second threaded hole (41) formed on a predetermined part of the outer surface of the cutter bar (1), a guide groove (29) formed longitudinally on the joint surface of the insert (21), And the guide screw (41) that is screwed into the second threaded hole (9), the inner end of the guide screw (41) protrudes into the installation groove (3), so that when the insert (21) is inserted into the knife bar ( 1) When in the installation groove (3), the inner end of the guide screw (41) is accommodated in the guide groove (29).

The invention discloses a monitoring equipment layout method and device and belongs to the field of monitoring. The method comprises: establishing a two-dimensional coordinate system according to basic data input by a user, and receiving a region that needs to be monitored, which is divided by a user, through the two-dimensional coordinate system; converting two-dimensional coordinate data in the two-dimensional coordinate system into three-dimensional coordinate data; calculating a region covering range of the region that needs to be monitored, an actual scene and a horizontal coverage area of the region that needs to be monitored; screening at least one group of monitoring equipment meeting rules from a pre-set specialist rule base according to the region covering range of the region that needs to be monitored, the actual scene and the horizontal coverage area of the region that needs to be monitored; determining the conformity of each group of the monitoring equipment in the screened monitoring equipment group, and determining an optimal monitoring equipment group; and calculating an optimal monitoring layout scheme of the optimal monitoring equipment group. With the adoption of the monitoring equipment layout method and device, the optimal layout scheme can be rapidly, directly and accurately simulated, so that the excessive dependence on the technological level and experiences of constructors is avoided; and the quality of projects can be ensured and the layout efficiency can be improved. Moreover, the monitoring equipment can be sufficiently utilized and the cost is saved.

The invention provides a standardized construction method for a hydraulic prefabricated member based on BIM (Building Information Modeling). The standardized construction method comprises the following steps: S1, modeling a three-dimensional parameterization model by using a BIM modeling tool, and further implementing the design of three-dimension drawing according to the model; S2, dividing and classifying project units according to different members; S3, deploying corresponding members in a three-dimensional model of a specific project; S4, exporting to obtain an arrangement drawing, a detail table and control parameters of the members, and counting the project quantity of the members; S5, performing BIM on a prefabricated field, and guiding capital construction of the prefabricated field based on the BIM; S6, exporting the three-dimensional parameterization model, thereby performing specific three-dimension design and structure operation on the members; S7, simulating all stages of field operation for prefabricating the members; S8, implementing field prefabrication of the members; S9, prefabricating the members and implanting chips containing traceable prefabrication quality information of the members into the members; S10, after prefabrication of the members is finished, performing hanging safe construction on the members.

A method of forming a semiconductor structure includes following steps. First of all, a plurality of mandrels is formed on a target layer. Next, a plurality of first liner is formed adjacent to two sides of the mandrels. Then, a plurality of second liners is formed adjacent to two sides of the first liners. After these, a plurality of third liners is formed adjacent to two sides of the second liners. Finally, the mandrels and the second liners are simultaneously removed.

The invention discloses a surrounding rock deformation early-warning construction method for small-diameter tunnel full-section excavation. The surrounding rock deformation early-warning construction method for small-diameter tunnel full-section excavation comprises the following steps of (1) carrying out the earlier-stage geological survey and rock core sampling, finding out the position and the trend of a joint fissure of the terrane, determining parameters of surrounding rock through soil tests, classifying the surrounding rock and summarizing the types of the surrounding rock to form a list, and determining the design of the multipoint displacement meter installation scheme according to the results of the geological survey; (2) carrying out tunnel excavation and installation of multipoint displacement meters; (3) carrying out the middle-stage geological survey; (4) recording the installation time of the multipoint displacement meters; (5) determining a surrounding rock deformation early-warning value; (6) carrying out observation recording on data of the multipoint displacement meters, and determining remediation treatment measures of the dangerous section.

A method of forming fin-shaped structures includes the following steps. A plurality of spacers is formed on a substrate. The substrate is etched by using the spacers as hard masks to form a plurality of fin-shaped structures in the substrate. A cutting process is then performed to remove parts of the fin-shaped structures and the spacers formed on the removed parts.

It is an object of the present invention to improve a rate of recognition and recognition speed, reduce a degree of a specification required for a device forming a photographing device or a system and lower consumed electric power and a cost. In a character recognition processing method according to the present invention, a character image as an object whose character is to be recognized is displayed on a display (12) together with a cursor of a character frame for recognizing a character. While the cursor is set to a character string as an object to be recognized, the character image is photographed by a photographing part (9). In an image fetching part (3), the image data of the photographed character image is fetched. In a layout analyzing part (5), the fetched image data of the character image and cursor position information from a cursor control part (4) corresponding to the character image are received. The image data is collated with the cursor position information to analyze the arrangement of the lines or characters of the character string as the object to be recognized. Then, in a character cutting part (6), the character is cut on the basis of the analyzed result. The character is recognized relative to the character image by a character recognizing part (7) to convert the image data to character data.

The invention provides a three-dimensional automatic wiring method and a three-dimensional automatic wiring device based on a rapidly-exploring random tree. The three-dimensional automatic wiring method comprises the following steps: according to an available space, a starting point and a finishing point of a cable to be arranged to obtain an initial path of the cable to be arranged; detailing the initial path to obtain a middle path; through a cable physical model, modeling the middle path to determine a final path of the cable to be arranged. Through the three-dimensional automatic wiring method and the three-dimensional automatic wiring device, cable arrangement can be achieved easily, rapidly and accurately.

An EDA method is implemented for modifying a layout file after place and route. The method includes storing a library of shape modifications for cells in the design library used for implementation of the circuit. The library of shape modifications includes the results of process-specific calibration of the shape modifications which indicate adjustment of a circuit parameter caused by applying the shape modifications to the cells. The layout file is analyzed to identify a cell for adjustment of the circuit parameter. A shape modification calibrated to achieve the desired adjustment is selected from the library. The shape modification is applied to the identified cell in the layout file to produce a modified layout file. The modified layout file can be used for tape out, and subsequently for manufacturing of an improved integrated circuit.

The invention provides a multi-inner-cavity structure design method for a hollow fan blade. The method comprises the following steps: constructing a blade body contour 3D model; performing region partition on a blade body; building cavity entities in corresponding regions; and lastly, performing subtract of the Boolean operation to obtain a final hollow fan blade. The method has the beneficial effects that a complete multi-cavity hollow fan blade structure design method is provided, and a plurality of control points are provided in each of cavity regions in order to ensure implementation of smooth transition and setting of unequal wall thicknesses. Through use of the method, a multi-cavity region accurate layout can be obtained and a multi-cavity blade can be generated automatically in a way of only inputting wall thickness parameters and position parameters. The method has no limitation on a platform of three-dimensional software, and multi-cavity hollow fan blade design can be performed on a plurality of software platforms through the method.

The invention discloses a video monitoring coverage rate calculation method and device, and a video monitoring layout method and system. A virtual three-dimensional model of a whole monitoring area is established through three-dimensional modeling; layout of virtual cameras is carried out in the three-dimensional model; a monitoring coverage area of each virtual camera, a monitoring coverage total area of all virtual cameras and a total area of the whole monitoring area are calculated accurately; and therefore, a video monitoring coverage rate of the whole monitoring area is calculated accurately. A virtual camera layout scheme can be adjusted according to the monitoring overage rate demand of a user. The layout of the virtual cameras in the whole monitoring area can be further optimized; and the video monitoring coverage rate of the whole monitoring area can be improved. Finally, the layout information of all virtual cameras can be output and is used for instructing layout construction of onsite real cameras. The layout accuracy of the onsite real cameras and the onsite construction efficiency can be improved.

The invention discloses a fiber-optic gyroscope inertial measurement spatial four-point vibration damping system. The system comprises a main body, gyroscopes, an accelerometer assembly and shock absorbers. The main body is a hexahedral frame. The three gyroscopes are installed on three surfaces, perpendicular to each other, of the main body. The axes of the three gyroscopes intersect at a point to form a space rectangular coordinate system. The accelerometer assembly is fixedly connected to the surface of the main body opposite to the gyroscopes. The shock absorbers are respectively arrangedat four diagonal points of the main body. The geometric centers of the shock absorbers coincide with the centroid of the system. The main body is provided with the shock absorbers and a weight installation position, provides a space for later centroid fine adjustment, improves fiber-optic gyroscope vibration damping performances and solves the problem that the conventional fiber-optic gyroscope inertial measurement device has poor high frequency vibration adaptability. Through the temperature control of the main body and the accelerometer assembly, the high-precision measurement of the accelerometer assembly in the whole temperature range is realized and the problem of poor insulation performances of the conventional fiber-optic gyroscope inertial measurement device is solved.

The invention relates to the technical field of the electrical power system monitoring and managing method, in particular to an automatic drawing method for the geographical indentation of an electrical power system diagram. A non-uniform geographical indentation layout algorithm is used, a substation refers to a practical coordinate to carry out indentation layout, and a relative position betweenstations is kept; outgoing switches are evenly distributed around the substation, a drawing space is used, and line cross is reduced; equipment annotation carries out vertical and horizontal malposition on the annotation of adjacent equipment according to the blank space of the drawing so as to realize the non-overlapping annotation of the equipment; and a layout algorithm guarantees that a lineis only a straight line, the drawing layout is clear and attractive, and the integral style is horizontal and vertical. The system diagram drawing drawn by the method disclosed by the invention is characterized in that the line is horizontal and vertical, the equipment layout is accurate, reasonable and attractive, the annotation is protected from excessive overlapping so as to be similar to the use habits of electrical power business departments, in addition, the expenditure of manpower resource cost and a manual mistake possibility can be reduced, the intellectualization of drawing work is improved, and the drawing is guaranteed to be correctly generated and updated in time.

The invention relates to a ship two-docking positioning method, wherein the two docking of ship are precisely positioned by assigning a positioning reference line (2), setting a first positioning point (3), a second positioning point (5), a third positioning point (7) and a fourth positioning point (8) and matching with a total station (9). According to the present invention, the ship two-dockingpositioning method has advantages of simple and convenient operation, production period shortening and cost saving.

An EDA method is implemented for modifying a layout file after place and route. The method includes storing a library of shape modifications for cells in the design library used for implementation of the circuit. The library of shape modifications includes the results of process-specific calibration of the shape modifications which indicate adjustment of a circuit parameter caused by applying the shape modifications to the cells. The layout file is analyzed to identify a cell for adjustment of the circuit parameter. A shape modification calibrated to achieve the desired adjustment is selected from the library. The shape modification is applied to the identified cell in the layout file to produce a modified layout file. The modified layout file can be used for tape out, and subsequently for manufacturing of an improved integrated circuit.

The invention discloses a riparian zone simulating and monitoring system, which belongs to the field of water conservancy project physical model test. The riparian zone simulating and monitoring system comprises a system control platform, a riparian form simulating system, a pressure monitoring system and a concentration monitoring system. The riparian zone simulating and monitoring system is convenient for forming riparian landforms of different forms quickly and researching of the flow characteristics and exchange process of surface water and groundwater at riparian zones of different forms, and contributes to saving time and labor; a special pressure monitoring system is provided with pressure sensor fixing bases of different shapes and specifications and a freely-stretchable drawer-type transverse plate, and pressure sensors can be accurately arranged on the surface of a riparian form, so that the problems of difficulty in accurately fixing the pressure sensors on the surface of a riparian sand body, easy deviation of an arrangement position and the like are solved; and a perfect test monitoring system can be used for automatically acquiring and monitoring the pressure field data and concentration field data of riparian zone physical test.

The invention relates to a temporary road arrangement method for mountainous buildings based on the BIM. The method includes the following steps that a three-dimensional integral BIM model of the mountain buildings is built; a starting point, an end point and a boundary condition of a main road in temporary roads constructed for the mountain buildings are determined; a space planning set of the main road in the temporary roads constructed for the mountain buildings is determined, and an optimally planned arterial road is obtained through analysis; according to non-covered temporary-road regionof a tower crane of each individual building, a first-level branch road is built on the base of planning of the temporary roads constructed for the mountain buildings; according to the non-covered temporary-road region of the tower crane of each individual building, and secondary branch roads of the temporary roads constructed for the mountain buildings are sequentially built until each temporaryroad reaches the covered region of the tower crane of each individual building; construction and maintenance of specific trunk-line temporary roads and the construction base layer and surface layer of each level of branch temporary road are completed. Compared with the prior art, the method has the advantages of being reasonable, accurate, efficient, applicable, economical and the like.

The invention belongs to the technical field of flue gas denitration and relates to a system for denitration by spraying ammonia gas in a large-sized boiler high-temperature flue gas area. A boiler comprises a horizontal flue and a vertical flue. The system comprises an SNCR (selective non-catalytic reduction) system provided with a reducing agent injector, the reducing agent injector is a spray pipe disposed on the transverse section of the horizontal flue, an input end of the spray pipe is connected with a reducing agent conveyer, the other end of the spray pipe is closed, and the wall of the spray pipe opposite to flue gas is provided with a spray hole. The invention also discloses a denitration process for denitration treatment using the system, the denitration treatment with the system gives high denitration rate and low ammonia escape quantity as well as full flue gas purification, this product is applicable to present coal-consuming boilers for thermal power generation, iron and steel, chemicals, cements and the like, and satisfactory NOx emission index of these boilers can be ensured.

The invention discloses a device and method of laser impact welding in a warm state. The device comprises a laser emitting system, a control system and a workpiece warm welding operation system. The workpiece warm welding operation system comprises a workpiece warm device, a base plate pressing device and a workpiece pressing device. Before-welding preheating of a workpiece is achieved through the workpiece warm device, the plasticity of the to-be-welded workpiece is improved, and the welding performance of the workpiece is improved; by means of the base plate pressing device and the workpiece pressing device, the precise clamping of the workpiece in the warm state is achieved. The device is high in precision and automation degree and wire in application range, and warm welding of various different materials can be conducted.

A textual information processing apparatus is capable of forming an ink-printed character string and a Braille character string corresponding to input texture information in a common processing area of a tape. The ink-printed character string and / or the Braille character string can be laid out in a desired beautiful fashion. Before performing ink-printing and Braille embossing separately, the Braille embossing area length necessary for the Braille embossing is determined, and the ink-printing area length necessary for the ink-printing is set. The Braille embossing area length and the ink-printing area length are compared with each other, and a greater length is employed as the length of the common processing area.

The invention discloses a method for supporting a building foundation pit by using transverse partition-type pre-stressed concrete pipe pile. The method comprises the following steps: (A) calculating and determining the axial position of inner transverse partitions (1, 1.1, 1.2, 1.3, 1.4) of a transverse partition-type pre-stressed concrete pipe pile (12) and the diameter and length of the pipe pile (12); (B) fabricating the pipe pile (12); (C) measuring and lining to determine the position of the pipe pile (12); (D) statically settling the pipe pile (12); (E) welding anchoring tendons at the top of piles and fabricating and installing reinforced concrete top ring beams (7) and supporters (8). The method further comprises driving concrete-stirring piles (9, 10) respectively inside and outside the pipe pile (12) and grouting concrete (5) inside the pipe pile (12). The method has the advantages of wide application range, high construction quality, short construction cycle, relatively-low construction cost for foundation pit support, and no noise and vibration pollution.

A layout tool is provided for anchoring a layout line, such as a chalk line, in relation to a piece of construction material. The tool (100) generally includes a top plate (102) and a depending plate (106). Angular markings (104) are provided on the top plate (102) to indicate angles, pitches, or the like. The tool (100) further includes an anchor post (110), a spike (108), and a window or opening (112). A construction worker can align the tool (100) with a mark on the construction material by viewing the mark through the opening (112). The worker can strike the plate (106) so that the spike (108) penetrates a side surface of the construction material to secure the tool (100) in the desired position. A chalk line can then be attached to the post (110) and extended a desired length across the construction material in a desired angular orientation by using the markings (104). The chalk line can then be snapped against the construction material to provide a desired layout chalk line.

The invention discloses a power transmission line mountain fire clustering quantitative forecasting method. In steps 1-3, the multi-time coordinate mountain fire forecasting time axis is obtained by means of a cluster analysis method, and the optimal forecasting scale of the forecasting area is obtained by the spatial scale contrast analysis method; and on this basis, in steps 4-5, a forecasting model is established according to the space-time distribution rule obtained in the steps 1-3, and the daily mountain fire amount in the area is forecasted. The invention further discloses a power transmission line mountain fire clustering quantitative forecasting system. By calculating the node historical mountain fire points of each space unit, the air humidity suppressing coefficient and the combustible matter damping coefficient of the day to be measured, the mountain fire forecasting rainfall index of the day to be measured, and the continuous drought influence factor of the day to be measured, the mountain fire generation expect number of the day to be measured of each space unit is predicted, the operationality is high, the forecasting accuracy is high, and the power transmission line mountain fire quantitative forecasting refinement degree is improved.

The invention relates to a process for cutting a wire net of silicon wafers, which comprises the following steps of: marking a part to be cut and a part not to be cut on a wafer; marking parts to be slotted and parts not to be slotted for a first guide wheel and a second guide wheel, arranging guide wheel slots on the parts to be slotted of the first and the second guide wheels, when the wafer is installed on a cutting machine, and enabling the part to be cut of the wafer to correspond to the parts to be slotted of the first guide wheel and the second guide wheel, and the part of the wafer not to be cut to correspond to the parts not to be slotted of the first guide wheel and the second wheel. By redesigning the slotting mode of the guide wheels in the wire net cutting process, the process enables the arrangement of the wire net to be quick and accurate, completely avoids the defects of hidden cracked wafers, thick and thin wafers, scratch wafers, broken corner wafers and fragment wafers caused by displacement of steel wires on the two guide wheels in wiring, greatly improves the quality of the silicon wafer, and further provides guarantee for the yield of the silicon wafers at battery ends.

The invention discloses a screening and handling method for climate indexes. The screening and handling method comprises the steps that climate monitoring indexes in a cigarette raw material producing area are used as the basis, factors and correlation analysis are applied to determine a characteristic index of a climate evaluation factor, probability distribution and standard deviation method weight coefficients are adopted to obtain the evaluation standard for the characteristic index, K-means clustering and multi-accumulating stepwise discriminant analysis are used for building a discrimination function and inspecting accuracy of the discrimination function, finally, a base unit climate index comprehensive classification result is determined, and the cigarette industrial raw material base layout is optimized according to the result. According to the screening and handling method for the climate indexes, the climate indexes capable of accurately analyzing and evaluating the cigarette raw material base are screened out more systematically and more comprehensively from the climate indexes of a plurality of base units, the lateral linkage of the climate indexes is built, and redundant information among the climate evaluation indexes is avoided. The invention further provides an evaluation method for the cigarette raw material base, and the decision-making basis and theoretical supports can be effectively and rapidly provided for optimization of the cigarette industrial enterprise base unit layout.

The invention discloses a method for automatically generating three-dimensional topography in a Torque engine. The method comprises the following steps: data about contour lines and elevation points are extracted from a topographic map to construct the Constrained Delaunay Triangulation; a square area is determined on the basis of the topographic range, a corresponding elevation map of the square area is drawn, with both length and width being 256 pixels, the elevation values of points corresponding to all the pixels are interpolated in the triangulation network, an elevation range is obtained by traversal, and a 256-level gray level image is generated; and furthermore, pixel values corresponding to control points on the topographic map are designated as specific values in order to assist in the positioning of a 3D model in a game world. The invention has the advantages of simple method and convenient operation, realizes the automatic generation of the three-dimensional topography in the Torque engine for the first time, and solves the problems of heavy workload in editing by hand and limitations of resolution of the prior DEM. With the function of assisting in the positioning of the 3D model, the invention can ensure that the model can be arranged precisely in position.