5results about How to "Embedded accurately" patented technology

The application discloses a rectangular frame column settlement observation point pre-burying device and a pre-burying construction method. The device comprises a first L-shaped plate, a second L-shaped plate and a gear mechanism. The gear mechanism comprises a hollow rectangular base plate, a gear and a positioning ring. A settlement observation rod is arranged in the positioning ring, the gear and the hollow rectangular base plate. Upper bolts and lower bolts are arranged on the positioning ring. The method comprises the following steps: 1, rectangular frame column steel bar binding and formwork erection; 2, adjustment of the rectangular frame column settlement observation point pre-burying device; 3, installation of the rectangular frame column settlement observation point pre-burying device; 4, installation of the settlement observation rod; 5, concrete pouring and settlement observation rod pre-burying; and 6, removal of the rectangular frame column settlement observation point pre-burying device. After the rectangular frame column formwork is installed, the settlement observation point pre-burying device is used to pre-bury and fix the settlement observation point.

The utility model discloses a railway coal loading dust suppression monolithic track bed steel mould which comprises a bottom mould plate, transverse side mould plates and longitudinal side mould plates, the bottom mould plate is arranged on a supporting platform, two ends of each transverse side mould plate are provided with grooves, two ends of each longitudinal side mould plate are provided with protrusions, and the two transverse side mould plates are arranged on two transverse sides of the bottom mould plate. The transverse side formwork is hinged to a side plate demolding sliding way assembly arranged on the supporting platform, the two longitudinal side formworks are arranged on longitudinal side plate brackets on the two longitudinal sides of the bottom formwork, and when the transverse side formwork overturns upwards, protrusions on the longitudinal side formworks stretch into grooves in the transverse side formwork, so that the transverse side formwork and the longitudinal side formworks are separated from each other. Connection between the transverse side formworks and the longitudinal side formworks and connection between the transverse side formworks and the bottom formwork are achieved through connecting bolts, and a pouring cavity is defined on the bottom formwork. The transverse side formworks and the longitudinal side formworks are combined and connected with the bottom formwork to form a separated model system, so that splitting, transferring and demolding operation is facilitated, and the working efficiency is improved.

The present invention discloses a compilation method, device, terminal and storage medium for Lua code embedding. The present invention can efficiently embed Lua code into various cross-platform applications, and during the execution of the method, the embedding of Lua code does not increase the number of files in the program package of the application, because the system avoids the restriction of the permission of the program to read and write files. At the same time, the method based on the present invention can conveniently realize the automated compilation process, reduce the development cost of the enterprise, and improve the development efficiency of the enterprise.

The invention discloses an ecological garden soil improvement method. The method comprises the following steps: S1, improvement evaluation; S11, soil evaluation: evaluating the present situation of garden soil; s12, determining an improvement target: determining a specific target of soil improvement according to a soil evaluation result, requirements of plant species and requirements of garden design; s13, selecting an improved material: selecting a proper improved material according to an improved target; s2, improving material adding, wherein according to the use mode of the selected improving material, the improving material is applied to the garden soil through a movable vehicle body; s3, monitoring and maintaining, wherein after the improvement material is applied, the garden soil state is monitored regularly; by arranging the flat burying structure, the improvement material can be buried in the deep layer of the soil, so that the improvement material can be more uniformly distributed in the soil, the absorption of plant root systems to nutritional ingredients is promoted, and the overall fertility and improvement effect of the soil are improved.

The present application relates to geotechnical engineering monitoring technical field, disclose a kind of sensor self-displacement burying micro robot based on bionical peristalsis, including sensor push system, the side of sensor push system is connected with telescopic displacement system, and the side of telescopic displacement system and sensor push system away from each other is equipped with extrusion counterforce system.The present application realizes soil minimally invasive drilling and sensor pre-burying operation, reduces the interference to soil, improves soil detection accuracy;Combined with inertial navigation and program control, the accurate control of burying depth, plane position and sensor attitude can be realized, the accurate pre-burying of detection sensor is realized;Adopt bionical peristalsis mechanism to make it have very strong obstacle and through loose medium capacity, suitable for a variety of complex geological conditions;Integrates autonomous travel, accurate release, autonomous recycling function, realizes the full-process automation of sensor burying;Energy utilization efficiency is high, and almost no earthwork and noise is generated during the whole burying process, realizes green geotechnical engineering monitoring.