503 results about "Cable net" patented technology

The invention discloses a self-slippage mining method of a gentle dip ore body. The method comprises the steps of ore body dividing-accurate mining-cutting slot constructing-cutting slot supporting-bottom removing-brushing and recovering-mine discharging-filling, etc. according to the method, only the cutting slot is supported by an anchor cable net, so that the mining cost can be greatly reduced; the cutting slot is supported by the anchor cable net, and an anchor cable is connected by a flexible steel belt, so that a top plate is a suspended whole body, the stability can be improved, and the safe recovery can be realized; ore bodies at two sides of the cutting slot are exploded in a brushing way, so that compared with the existing single-side retroactive mining method, the method shortens the recovery time by a half, the efficiency can be greatly improved, the stope exposure time can be reduced, and the safety can be improved; according to the bottom removing construction, the self-slippage degree of the ore can be enlarged, and the recovery efficiency can be improved.

The invention relates to the technical field of a cable network running integrated management system and an intelligent control platform, in particular to a software intelligent control platform which can collect all status parameters in online running of a cable and is used for arranging and classifying the data to be stored, automatically analyzing the data variation and for issuing an alarm and controlling remote equipment in real time. The software intelligent control platform has a hardware environment and a software environment, a stable and reliable running, maintenance and management system is established, and reliable guarantee is provided for normal running and expansion of each application. Due to the adoption of the system, the key information needed by the analysis and decision can be timely, quickly, simply and conveniently acquired, so that the time for the analysis and the decision can be reduced, the consumption of the human resource can be reduced, and the high-efficient and low-cost electric network management can be realized. The potential danger of the cable equipment can be discovered in time, the electric power accident can be prevented, and the economic loss can be remarkably reduced.

The invention discloses a spoke type single and double layer mixed cable net structure. The spoke type single and double layer mixed cable net structure comprises a spoke type single-layer cable net,a spoke type double-layer cable net and a compressive outer ring truss; the spoke type single-layer cable net comprises a single-layer cable net annular cable and single-layer cable net radial cables,one ends of the single-layer cable net radial cables are connected with the single-layer cable net annular cable, and the other ends of the single-layer cable net radial cables are connected with thecompressive outer ring truss; the spoke type double-layer cable net comprises double-layer cable net upper annular cables, double-layer cable net lower annular cable, double-layer cable net upper radial cables, double-layer cable net lower radial cables and strut assemblies arranged between the upper annular cables, the lower annular cables and the radial cables; and one ends of the double-layercable net upper radial cables and the double-layer cable net lower radial cables are connected with the double-layer cable net upper annular cables and double-layer cable net lower annular cable correspondingly, and the other ends of the double-layer cable net upper radial cables and the double-layer cable net lower radial cables are anchored to the compressive outer ring truss. The single and double layer mixed cable net structure is formed by combining the single-layer cable net and the double-layer cable net, achieves the asymmetric architectural appearance, has the characteristics of simple structure and see-through beautiful appearance of the single-layer cable net, and meanwhile has the advantage of high bearing capacity of the double-layer cable net.

The invention provides a reticular deployable antenna deploying process cable force analysis method. The reticular deployable antenna deploying process cable force analysis method mainly includes steps: selecting the number and geometric parameters of peripheral truss units of a reticular deployable antenna, a material parameter D of a cable net, a geometric parameter S, a network cable topology structure and the number M of discrete working conditions of a deploying process; calculating a change motion trail of positions of connection points of trusses and the cable net; calculating a stress state of each cable unit under each working condition; fitting a changing curve F(theta) of acting force of the cable net for a boundary connection point along with changes of a spread angle; finally, using changing cable net acting force as a load, substituting the load into a flexible multiple body dynamics model, and performing dynamics analysis. The reticular deployable antenna deploying process cable force analysis method regards the deploying process of the reticular deployable antenna as a series of discrete loaded mechanism balance forms, studies strain distribution of each balance form, accurately obtains a cable force changing curve of the deploying process, and provides effective support for ground engineering to achieve influence mechanism analysis of cable net tension for the deploying process based on flexible multiple body system dynamics modeling and analysis.

The invention discloses a construction technology of a cable net dot-mode glass curtain wall and relates to the technical field of building decoration, in particular to the technical field of construction of glass curtain walls. According to the construction technology of the cable net dot-mode glass curtain wall, a supporting structure which is composed of a roof beam, a floor beam, a ground anchor, a horizontal foundation beam and the like serves as basic supporting, and a glass panel is fixed through a cable truss which is pulled upward on the glass panel. Therefore, the construction technology of the cable net dot-mode glass curtain wall can shorten the construction period of an overall building, lightens load of the building, is remarkable in advantage and beneficial to natural lighting, can save electricity resources and improves the durability and the safety of the glass curtain wall.

The invention discloses a construction method of a thin shell with a thin-shell structure and relates to a reinforced concrete construction method of a thin shell with a thin-shell structure. Aiming to reduce the workload of producing, mounting and stripping a framework, the construction method comprises the following construction steps of: (1) hanging and paving a combined body of a concrete gridded attached carrier for deposing and pouring and reinforcing ribs on a prestress cable net, binding the attached carrier, the reinforcing ribs and the cable net by using the reinforcing ribs with a concrete bearing structure; and carrying out spraying and concreting to generate a form shell of the formwork for pouring concrete; and (2) carrying out spraying concreting on the generated form shell to finish the construction of the thin shell with the thin shell structure. The construction method is simple, can save a large amount of labor force and physical resources and has favorable comprehensive technical and economic performances.

The invention belongs to the technical field of an antenna, and discloses an automatic-resilient, multi-dimensional reconfigurable and high-parameter satellite-borne expandable antenna. The automatic-resilient, multi-dimensional reconfigurable and high-parameter satellite-borne expandable antenna is provided with a central wheel cylinder, an upper variable parabolic radiation rib, a lower variable parabolic radiation rib, a memory adjustment rope, an upper shape memory cable net, a lower shape memory cable net, a force balance system and a metal reflection net, wherein the upper variable parabolic radiation rib, the lower variable parabolic radiation rib and the memory adjustment rope form a parabolic cable net structure on a parabolic substrate, the force balance system, the upper shape memory cable net and a lower shape memory cable net are used for building the antenna in a thermodynamic property controllable mode along a radial direction, and the metal reflection net covers surfaces of the shape memory cable nets. By the antenna, the flexural rigidity of the radiation ribs are improved, the internal force of the whole structure is substantially reduced, and the rigidity demand and the weight of the whole structure can be effectively reduced; and with the adoption of the shape memory cable net structure, automatic monitoring and self-adaptive adjustment of a shape memory pull rope can be achieved, the multi-dimensional reconfigurable function of the integrated antenna is achieved by synchronous control of a multi-degree of freedom variable radiation rib, and the surface accuracy and the on-orbit stability of a parabolic cable net cable can be further improved.