7results about How to "Improve overturning stability" patented technology

This utility model relates to the field of river management engineering technology, specifically to a gravity retaining wall for river landscape. It includes a base slab and a wall body. The water-facing side of the base slab is equipped with a toothed wall and pre-embedded U-shaped steel bars, connected to gabion cages by steel wire ropes to resist erosion. Pre-embedded stones on the top surface of the base slab enhance its interlocking with the wall body. The water-facing side of the wall body is faced with pebbles to enhance its aesthetics, and a planting groove is provided at the top for planting greenery. The wall body has a built-in dual drainage system: a first drainage pipe directs water from behind the wall into the planting groove for irrigation, and a second drainage pipe is dedicated to pressure relief drainage; both have a slope of 5%. This utility model integrates flood control, landscape, and ecological functions, solving the problems of poor water affinity and insufficient erosion resistance of traditional retaining walls.

This invention discloses a prefabricated assembled foundation for wind turbine towers, combining a spherical shell and a conical shell, and its construction method. Belonging to the technical field of wind turbine tower foundations, the prefabricated assembled foundation includes: a spherical shell foundation body comprising multiple prefabricated spherical shell components, the spherical shell foundation body having a downwardly convex spherical shell shape; a conical shell foundation body arranged on the upper side of the spherical shell foundation body, the conical shell foundation body having a conical shell shape and comprising multiple prefabricated conical shell components; and a ring beam connecting the conical shell foundation body and the spherical shell foundation body, the ring beam comprising multiple prefabricated beam components, the multiple prefabricated beam components being spliced ​​and connected along the circumference of the spherical shell foundation body. The prefabricated assembled foundation for wind turbine towers based on the spherical shell and conical shell combination of this invention can fully utilize the advantages of thin-shell foundations, such as reasonable stress distribution and material saving. The cavity enclosed by the foundation can be filled with counterweights to improve the foundation's overturning stability. The use of prefabricated components can significantly shorten the on-site construction cycle and ensure the consistency of foundation construction quality.

The utility model provides a component mounting bracket vehicle, which comprises a vehicle body, a support frame and a support frame, the telescopic jacking support is used for jacking the component, the telescopic jacking support comprises a plate-type sleeve base and a movable plate, the movable plate is slidably sleeved with the plate-type sleeve base in a lateral telescopic mode, and the ends, away from each other, of the plate-type sleeve base and the movable plate are connected with upward plate-shaped clamping jaws; the first telescopic assembly is used for mounting the plate-type sleeve base on the vehicle body in a height-adjustable manner; and the second telescopic assemblies are connected to the bottom faces of the ends, away from each other, of the plate-type sleeve base and the movable plate correspondingly and used for conducting secondary supporting on the plate-type sleeve base and the bottom face of the movable plate. Steel and wood components in the construction process are temporarily supported and fixed through the first telescopic assemblies, the folding type supporting rods and the telescopic jacking supports. The plate type sleeve base and the bottom face of the movable plate are supported through the second telescopic assembly, and the telescopic jacking is prevented from being damaged due to uneven stress or too large pressure.

The present application relates to the technical field of hydraulic engineering, and particularly relates to a water level monitoring device, which comprises a vertical pipe, a floating assembly and a monitoring assembly arranged in the vertical pipe, a protection assembly, a drilling and inserting positioning assembly and an expansion assembly sleeved on the outside of the vertical pipe. When in use, the handle rod at the upper part of the vertical pipe is rotated to drive the drilling and inserting positioning assembly to rotate and drill into the ground, thereby realizing four-point synchronous anchoring. Meanwhile, the downward movement of the drilling and inserting positioning assembly pushes the multiple expansion support rods to expand outward through the adjusting mechanism, thereby effectively increasing the bottom support area. When the water level in the tunnel rises, the laser ranging sensor monitors the distance change between the laser ranging sensor and the reference sheet in real time, and the data is processed by the PLC controller to display the real-time water level. The present application effectively avoids impurity interference through the built-in monitoring system and the external filtering structure, thereby ensuring the monitoring accuracy. The four-point rotary drilling anchoring and the expandable support rod design significantly improve the anchoring efficiency and the anti-overturning stability, and are particularly suitable for complex working conditions such as underpass tunnels.

The utility model provides a novel main truss assembly type cantilever bridge -building machine, including main truss and front saddle beam and rear saddle beam, the below of left and right sides of front saddle beam is provided with walking wheel system and walking track, the left and right ends of front saddle beam all are provided with front C type connecting beam, main trash is provided with left and right two, and its overall structure is inverted trapezoidal frame structure, and the top of two main trusses is connected in the bottom end of two front C type connecting beams respectively and is hung in the below of the flange of bridge both sides, the left and right ends of rear saddle beam all are provided with rear C type connecting beam, and the bottom end of rear C type connecting beam is fixedly connected with the tail end of main truss through reverse top system. The novel main truss assembly type cantilever bridge -building machine provided by the utility model has excellent main truss mechanical property, and has the advantages of reasonable structure setting, high modular degree and remarkable economy.

The present invention proposes a foundation structure for a trestle anchor pier, comprising: four steel pipe piles and two auxiliary piles, the four steel pipe piles are distributed in a rectangular array, the lower ends of the steel pipe piles are anchored in the stratum, the tops of the left and right adjacent steel pipe piles are connected with pile top beams, and the pile top beams are provided with Bailey main beams; diagonal rods and parallel joints are provided between the front and rear adjacent steel pipe piles; two auxiliary piles are vertically arranged on the outer sides of the left and right pairs of steel pipe piles, respectively, and the lower ends thereof are anchored in the stratum, and diagonal rods and parallel joints are provided between each auxiliary pile and the two steel pipe piles. The present invention also proposes a construction method for a foundation structure for a trestle anchor pier. The foundation structure for the trestle anchor pier of the present invention connects the steel pipe piles and the auxiliary piles from a hexagonal contact structure, and is connected to the rock stratum as a whole through an anchoring system. Although the structure is simple, it can solve the stability problem of the trestle in deep water, bare rock, and rapids areas.

The utility model relates to a kind of laser scanning target structure suitable for various ground environments, base unit includes base, support leg, support arm and ground insertion sharp cone, the lower end of base is connected base connecting rod by base locking bolt, the bottom of base connecting rod is fixedly connected support leg, the side of base is installed support arm connecting frame, support arm connecting frame is installed support arm, support arm end part is vertically connected ground insertion sharp cone.The base of the utility model is set by universal joint and adjustable height base support rod, allow flexible adjustment of the attitude and angle of support rod when using, further optimize the positioning accuracy of modular target, and improve the applicability in different measurement tasks, wide application range;With all-terrain adaptability, it can provide stable support on rigid plane and non-hardened ground surface, for the working condition of bridge deck high wind speed, support leg bottom is provided with stickable rubber pad, significantly enhance the connection reliability of support and bridge deck, effectively improve the anti-overturning stability.