8results about How to "Smooth climb" patented technology

This utility model discloses a self-climbing detection device for suspension bridge suspenders, relating to the technical field of bridge inspection equipment. It includes a suspender body and a climbing mechanism. The climbing mechanism includes a first ring, with a second ring on one side. A block is fixed to the outer wall of the second ring near the first ring. An installation groove for the block is formed on the outer wall of the first ring, and the block is fixed by a locking pin. A fixing frame is fixed to the outer walls of the first and second rings. A fixing seat is located inside the fixing frame, and a roller is rotatably connected inside the fixing seat. The roller is driven by a small motor. This utility model, through the driving of the roller by the small motor in the climbing mechanism, and with the attraction of the magnetic block to the suspender body, exhibits strong resistance to wind interference and a stable climbing process. This not only achieves stable and automated climbing detection of the suspender body but also improves the detection quality and efficiency of the device when inspecting the suspender body.

This application relates to a double-column climbing steel column, belonging to the field of building engineering technology. The climbing steel column includes two steel columns, an upper climbing rod, a lower climbing rod, and a hydraulic system. The bottom ends of the two steel columns are mounted on the core tube wall, and the two steel columns are parallel to each other. Several climbing shoe holes are spaced apart along the height direction of the two steel columns. Upper climbing shoes that engage with the climbing shoe holes are provided at both ends of the upper climbing rod, and lower climbing shoes that engage with the climbing shoe holes are provided at both ends of the lower climbing rod. The upper and lower climbing rods are respectively connected to the hydraulic system. This application, through the connection of the two steel columns, the upper climbing rod, and the lower climbing rod, makes the overall support structure more stable. Furthermore, the hydraulic system allows the upper and lower climbing rods to move upwards, facilitating a more stable upward climb of the steel platform and ensuring the construction safety of the overall climbing steel platform.

The utility model relates to the technical field of electric power detection, in particular to a magnetic type tower climbing robot device which comprises a driving unit, a protective shell is arranged on the driving unit, a gear cleaning unit is arranged on the protective shell, a guide unit is further arranged in the protective shell, and the driving unit comprises a second fixing frame arranged in the protective shell. A second motor is arranged in the second fixing frame, second magnetic attraction wheels are symmetrically and rotationally installed in the second fixing frame, the second motor drives the second magnetic attraction wheels to rotate through a gear set, the guide unit comprises a first fixing frame arranged in the protective shell, a first motor is arranged in the first fixing frame, and a second motor is arranged in the second fixing frame. According to the magnetic type tower climbing robot device, the conical plate and the spring rod of the gear clearing unit are designed, dirt on the surface of a tower can be effectively cleared away, the dirt is prevented from affecting the adsorption effect of the magnetic wheels, and it is ensured that the robot can stably climb in the complex environment.

The invention provides a large door opening funnel ring beam reinforcing and supporting method for a large-diameter silo slip form lifting system, which is based on the large-diameter silo slip form lifting system, and the slip form lifting system comprises a template system, an operation platform system and a hydraulic system, the construction method comprises the following specific steps in sequence: construction preparation, template system assembly, operation platform system assembly, hydraulic system assembly, slip form lifting system reinforcement and slip form construction, slip form lifting system disassembly and silo top construction. Wherein a door opening reinforcing step and a funnel ring beam reinforcing step are arranged between the slip form construction step and the slip form lifting system dismantling step. The method has remarkable effects in the aspects of construction efficiency, reinforcing and stability of a large-diameter silo slip form lifting system, a reserved large door opening reinforcing and supporting technology in the slip lifting process and a funnel ring beam reinforcing and supporting technology, meanwhile, the situation that a large reserved opening stops sliding and waits is avoided, the forming quality and construction efficiency of concrete are improved, and the construction cost is reduced. And the coal storage silo has wide application prospect and popularization value at the moment that the coal storage silo becomes larger and larger.

The invention relates to the technical field of electric power overhaul auxiliary equipment, and particularly discloses a remotely-controllable electric power overhaul lighting device which comprises a pole climbing device composed of at least two pole climbing robots and a connecting piece, a lighting device detachably installed on the connecting piece and a remote control terminal. The pole-climbing robot is provided with a driving wheel, a control module and a locking mechanism, and the lighting device comprises a lighting lamp with a battery and is provided with a pluggable power supply connecting wire which can be selectively connected with the battery with the battery, a battery of the pole-climbing robot or an external power supply. Remote control lifting and flexible deployment of the lighting device are achieved, the power supply mode is independent and switchable, and the safety, adaptability and cruising ability of high-altitude overhaul operation are remarkably improved.

The invention discloses a cable-stayed bridge main tower building machine climbing intelligent monitoring system, which comprises the following steps: 1, parameter acquisition: in the climbing process of a tower building machine, acquiring climbing parameters in real time through a sensing layer in the monitoring system; the collected parameters are transmitted to a control layer, the control layer analyzes and processes the data, the telescopic speed and displacement of multiple sets of oil cylinders are compared in real time, and the state of the hydraulic system is judged; and 3, instruction issuing and feedback are conducted, specifically, according to the instruction of the control layer, a hydraulic system is correspondingly adjusted through the execution layer, and climbing of the tower building machine is controlled. The invention belongs to the technical field of building construction, and particularly relates to an intelligent monitoring system for climbing of a cable-stayed bridge main tower building machine. The device can monitor key parameters of the creeping formwork in real time, early warn potential risks in time, strengthen construction safety, dynamically rectify deviation, guarantee stable climbing of the creeping formwork, assist in improving construction precision and quality of a bridge tower, and provide reliable data support for efficient construction.

The invention relates to the technical field of kitchen electric equipment, and particularly provides cooking equipment, which comprises a cooking main body, a steam generating device; the underwater conversion module comprises a module main body, and a first underwater conversion area and a second underwater conversion area are formed on the module main body; the pipeline assembly comprises a water inlet pipeline; and a drain line; wherein the underwater rotation module is arranged on the back of the cooking equipment; the cooking equipment further comprises a water box assembly, the water box assembly is arranged on the cooking main body in a removable mode, and the water box assembly can be connected with the underwater rotation module and / or the steam generation device. By means of the structure, the integration level of the cooking equipment can be improved based on the application of the underwater conversion module integrally provided with the two underwater conversion areas to the cooking equipment. On the premise, through cooperation of the underwater rotating module integrated on the back and the removable water box assembly, the use performance of the cooking equipment is expected to be better met.