14 results about "Rapid expansion" patented technology

This invention relates to the field of industrial robot technology, and in particular to an anti-tipping industrial robot. The anti-tipping industrial robot includes a robot body with support plates fixedly connected to the bottom ends on both sides. A connecting seat is fixedly connected to the center of the top of the robot body. The body contains a dynamic center of gravity adjustment mechanism composed of a drive gear, a driven gear, a swing arm, and a load-bearing block, which can adjust the center of gravity position in real time according to the working posture to counteract the tipping torque. The bottom is equipped with a hydraulically driven support plate and rubber pads, combined with an expandable gravity block auxiliary support structure. This allows for rapid expansion of the support range and improved grounding stability under heavy loads, off-center loads, and large-range extension of the robotic arm. It effectively solves the problems of insufficient anti-tipping capacity, delayed response, and easy instability in complex working conditions caused by traditional robots relying solely on passive support. The overall structure is stable and reliable, significantly improving the operational safety and applicability of industrial robots.

The application belongs to the technical field of computing center building design, and specifically discloses a scalable modular computing center building design method, which comprises the following steps: determining the overall structure of the computing center building, introducing a building space adaptability coefficient, and evaluating the adaptability of the space to the computing equipment and the liquid cooling system; performing module division and assembly deployment based on a module expansion potential coefficient, optimizing building arrangement and infrastructure by using a network transmission loss coefficient; constructing a composite heat dissipation system, adopting a multi-stage waste heat recovery structure to improve energy utilization efficiency; deploying dynamic environment safety monitoring nodes, and realizing safety hazard detection and dynamic evaluation by combining a risk quantification algorithm; building a centralized control platform to adaptively adjust the operating state of each module; realizing rapid expansion through the assembled module, and evaluating the expansion scheme by using an expansion cost and cycle model. The application realizes the quantitative optimization of the computing center in multiple dimensions such as time, cost and efficiency, and is suitable for the construction and upgrading of various artificial intelligence computing centers.

This invention discloses a rapidly expandable modular construction platform and its installation method, relating to the field of building construction technology. It includes connecting column bases, integrated beam-column components, adjustable supports, inter-column connectors, connecting hinges, a platform plate, and a conveying device mounted on the upper part of the platform plate. The integrated beam-column components are installed on the connecting column bases after being erected. The adjustable supports are installed on the unfolded integrated beam-column components. The inter-column connectors connect two interconnected integrated beam-column components, and the connecting hinges are installed between the two interconnected integrated beam-column components. The platform plate is installed between four integrated beam-column components. The integrated beam-column components achieve modularity and rapid expansion of the construction platform. The adjustable supports ensure structural safety and stability, overcoming the problems of low installation efficiency and high manpower consumption in construction platforms. Furthermore, this invention is convenient to connect and transport, and enables rapid expansion and disassembly of the construction platform.

This invention relates to the field of explosion-proof sensor technology and discloses a resin-encapsulated explosion-proof sensor. The sensor comprises: a cavity formed by combining the gas collecting hood cover and the gas collecting hood base; a gas-sensitive detection component, an expansion isolation component, and a secondary fast-sealing component sequentially installed from top to bottom within the cavity; the gas-sensitive detection component for real-time detection of hydrogen content in the air; and the expansion isolation component, through rapid filling with expansion material, achieving rapid gas isolation within the cavity via physical properties, thus providing a safe early warning effect. When the hydrogen concentration within the sensor's gas collecting hood exceeds the standard, the expansion material in the liquid bladder is triggered and rapidly expands. Because the liquid bladder is installed in a specific position, the expanded material quickly fills the surrounding space, separating the gas-sensitive detection cavity from the hydrogen and preventing further hydrogen diffusion, thereby achieving the function of rapid gas isolation and providing a safe early warning effect.

This utility model relates to the field of modular container equipment technology, specifically to a rapid expansion and docking mechanism for modular containers suitable for various terrains. It includes a connecting chamber located at the hatch of the modular container, and a sensing device and a docking device are installed on the connecting chamber. During docking, corresponding connecting chambers on two opposing modular containers are docked together. The sensing devices are respectively installed at the two docking ends; locking devices are also installed at the two docking ends. The connecting chamber includes a telescopic chamber, in which a telescopic device is installed. The connecting chamber also includes an angle adjustment device and a rotation device. The angle adjustment device and the rotation device are located between the modular container and the telescopic chamber, allowing the telescopic chamber to be adjusted laterally. This utility model solves the technical problem of difficulty in quickly and accurately aligning and locking modular containers during docking.

This utility model relates to the field of cable tray technology and discloses an adjustable-width modular cable tray, which solves the problem that existing cable trays cannot achieve modular rapid expansion, thus limiting their applicability to environments with different numbers of cables. The cable tray includes a main body with insertion slots on both sides. An expansion bracket is inserted into each of the two insertion slots. A handwheel is located at the center of the upper part of the main body, with an upper turntable fixedly installed at the bottom. A plug rod is movably inserted into one side of the upper turntable, with a pull ring fixedly installed at the top of the plug rod. A push plate is fixedly installed at the lower part of the plug rod, and a telescopic spring is sleeved on the upper part of the plug rod. The two ends of the telescopic spring are fixedly connected to the upper turntable and the push plate, respectively. This cable tray can quickly and effectively achieve modular rapid expansion, making it suitable for environments with different numbers of cables and thus having a wide range of applications.

The utility model discloses a kind of replacement expansion device of tail gas chimney, comprising: chimney inner bag, by the pipe after increasing diameter is connected to each other to form, wherein, chimney inner bag bottom is connected with tail gas entrance flue;With the steel support of mutual consistency of pipe quantity, be set on the concrete platform on the inner wall of concrete cylinder;Wherein, each pipe is clamped on corresponding one steel support.The utility model is less investment, short time, suitable for the rapid expansion of concrete or steel structure tail gas chimney, by tail gas chimney device rapid expansion, meet tail gas discharge requirement.

The application discloses a kind of carbon core driven anaerobic ammonia oxidation granular sludge rapid expansion methods, comprising the following steps;Step 1: select agricultural waste sawdust as raw material, prepare biochar;Biochar is directly added to EGSB reactor, as the nucleation carrier of granular sludge;Step 2: set the operating conditions of EGSB reactor;Step 3: add flocculent anaerobic ammonia oxidation sludge to EGSB reactor, by biochar induction and hydraulic shear force synergistic effect, promote sludge from flocculent to granular transformation;Step 4: sludge enrichment and system load regulation, finally form carbon core Anammox granules.The present application realizes the rapid formation of carbon core Anammox granular sludge, greatly improves the settling performance of sludge and system denitrification efficiency.

This invention discloses a prefabricated substation with a protective structure, relating to the field of electrical equipment. It includes a main body with an adjusting component snapped into its inner cavity, which adjusts synchronously according to the requirements of the wiring channel. A splicing component is assembled at the end of the adjusting component, allowing for the extension or width adjustment of the wiring channel. This prefabricated substation with a protective structure can precisely adjust the width of the wiring channel according to actual needs through the adjusting mechanism, ensuring full utilization of space in various environments and avoiding unnecessary waste. Furthermore, by adjusting the end of the wiring, the size of the wiring channel can be precisely controlled, avoiding space waste and optimizing the wiring layout. Simultaneously, adjusting the end of the wiring channel allows for rapid expansion or contraction of the channel width according to load changes, making it suitable for different scenarios.

This invention discloses a device and control method for capturing unmanned aerial vehicles (UAVs). The device includes a UAV platform, a dome-shaped capture net, an inflation / deflation assembly, and an air-draining component. The UAV platform is equipped with a target tracking sensor and a tension sensor. The air-draining component is mounted on the UAV platform, and the dome-shaped capture net is mounted on the air-draining component. The inflation / deflation assembly and the dome-shaped capture net are connected, allowing the dome-shaped capture net to expand or contract when the inflation / deflation assembly is inflated or deflated. This invention significantly improves the success rate and restraint capability of intercepting dynamic targets by using a three-dimensional dome-shaped capture net instead of a traditional two-dimensional flat net and utilizing the inflation / deflation assembly to achieve rapid expansion and contraction of the capture net. The target tracking sensor locks onto the unauthorized UAV in real time, and the tension sensor monitors the load. Once captured, the air-draining component can mitigate the impact of the fall and, in conjunction with the UAV platform, horizontally drag the target away from the danger zone, avoiding secondary disasters.

This utility model discloses a pre-embedded bolt cable bracket for tunnels, comprising a bracket body, which includes a column and cable supports. The column extends vertically, and the cable supports extend horizontally into the tunnel in a direction perpendicular to the cable routing. The column is connected to the tunnel wall via pre-embedded bolts. The column can be an integrated or split structure. One or more cable supports are provided, spaced apart vertically, and are detachably connected to the column. Using this structure, the cable bracket's installation adaptability, seismic and fatigue resistance, and maintenance and expansion flexibility are greatly improved. It can adapt to the cable bracket installation needs of tunnels of different specifications and shapes, has low maintenance costs, and allows for rapid expansion of vertical arrangement space according to actual needs.