12results about How to "Reduce installation risk" patented technology

The utility model discloses a frame combined type magnetic board which comprises a base, a square rod is arranged on the upper surface of the base, a square pipe is arranged on the top of the square rod in a sleeved mode, a transverse plate is fixedly installed on the top of the square pipe, a positioning plate and a positioning rod are arranged on the top of the transverse plate in an inserted mode, and one side of the positioning plate is fixedly connected with one side of the positioning rod. Limiting grooves are formed in the sides, opposite to the positioning rods, of the positioning plates, magnetic suction plates are fixedly installed on one sides of the positioning plates, magnetic suction vertical plates are inserted into the limiting grooves, threaded rods are inserted into the back faces of the transverse plates, and one ends of the threaded rods penetrate through the transverse plates and extend into the transverse plates. Through the arrangement of the transverse plate, the positioning plate and the positioning rod, the magnetic suction vertical plate can be preliminarily limited in cooperation with the magnetic suction plate in the use process, so that the magnetic suction vertical plate is prevented from shaking in the subsequent mounting and positioning process, the overall mounting stability of the board is kept, and subsequent normal use is facilitated while the mounting risk is reduced.

This application provides a tension control method, relating to the field of riser tension control technology. The method includes: acquiring sensor data; extracting characteristic parameters corresponding to the riser based on the sensor data; updating the digital twin model corresponding to the riser based on the sensor data; obtaining the riser prediction result of the updated digital twin model; constructing a cost function based on the riser prediction result, characteristic parameters, and sensor data; and controlling the tension control module to perform tension control on the riser based on the solution result of the cost function. The solution result includes control parameters for the top tensioning unit, segmented buoyancy unit, internal pressure adjustment unit, and tension fine-tuning bypass. The embodiments of this application can dynamically adjust the riser tension control strategy based on real-time sensor data, effectively avoiding the need to increase the riser diameter and maintain high top tension, reducing manufacturing costs and installation risks, and effectively reducing energy loss and improving peak shaving capability.

The invention relates to the technical field of house building engineering, in particular to a quick connecting and positioning device for prefabricated parts for house building engineering, which comprises a floor slab surface, pile foundations fixedly mounted at corners of the floor slab surface, embedded ribs fixedly mounted on the pile foundations, two groups of upright posts fixedly mounted on the floor slab surface, and fixed-length components arranged on side surfaces of the upright posts. The fixed-length assembly comprises a curved bar and a threaded sleeve, a threaded rod is connected into the threaded sleeve in a screwed mode through threads, and a positioning rod is arranged at the joint of the fork-shaped connector and the connecting lug. The threaded sleeve is rotated to drive the threaded rod to extend, so that the stand column is matched with the section size of the precast beam, and the edge of the precast beam is positioned through the positioning rod; the fork-shaped joints and the connecting lugs of the two groups of fixed-length assemblies are crossed and rotated to form right angles through the positioning rods, the precast beam is lowered to a proper height during hoisting, and a worker uses a tool to align the right-angle edge of the precast beam with the joints of the fixed-length assemblies and then falls down, so that the installation risk is reduced, and the positioning time is shortened.

The utility model relates to the technical field of chemical equipment manufacturing technique discloses a storage pipe for phenol oil production, including pipe body, pipe cover, connecting pipe, feed tank, the surface fixed connection of pipe body has the pipe cover, the surface fixed connection of pipe body has the connecting pipe, the surface fixed connection of pipe body has the feed tank, the surface of connecting pipe is equipped with clamping structure, and the clamping structure includes connecting plate, the surface of connecting plate is equipped with the sliding slot, the inner wall sliding connection of sliding slot has the clamping plate, the inner wall rotation is connected with the two -way screw rod of sliding slot, the surface screw connection of two -way screw rod's arc surface and clamping plate, one end fixed connection of two -way screw rod has the rotation plate, the surface rotation of rotation plate is connected with screw rod, and one end screw connection of screw rod and connecting plate's surface.

The utility model provides a kind of flexible connection PIN needle and assembly combination structure, it is related to semiconductor connecting piece technical field.The bending deformation design of buffer section in the flexible connection PIN needle in the present application can realize needle body absorbing assembly prestress and vibration stress in the direction of PCB and power module connection during assembly process, reduce installation stress and fatigue failure risk, and further guarantee the stability of its connection;The aperture of the inlet of the guide channel in the guider in the assembly combination structure in the present application is greater than the aperture of the interface, compared with the conventional way of directly inserting into the socket of PCB, it ensures that the interface range inserted during the assembly process of insertion section is larger, allows PIN needle and PCB aperture to have larger initial position tolerance during assembly process, reduces assembly difficulty, avoids damage of parts caused by hard contact, and at the same time, support seat and positioning section are arranged to cooperate positioning, ensure the assembly position stability of PIN needle body and provide stable support, improve the stability of assembly and connection.

An enhanced heat dissipation, low-loss, high-speed permanent magnet motor rotor structure comprises a solid shaft body, permanent magnets, and a carbon fiber protective sleeve. The solid shaft has spaced-apart rotor cooling rings and rotor dynamic balancing rings; the permanent magnets are mounted on the solid shaft body; the carbon fiber protective sleeve is assembled using a high-tension winding method; the permanent magnets have an unequal thickness structure, with their thickness distributed sinusoidally, and their outer surface is circular. In the rotor structure, the rotor cooling rings and rotor dynamic balancing rings are in direct contact with the cooling fluid in the air gap and the unequal-thickness permanent magnets, enabling the heat from the permanent magnets to be conducted to the cooling fluid through heat conduction and convection. Furthermore, the unequal-thickness permanent magnets improve the sinusoidal magnetic flux density of the air gap, effectively suppressing rotor eddy current losses. The combination of rotor loss suppression measures and high-efficiency rotor cooling technology achieves efficient thermal management of the high-speed permanent magnet motor rotor from both loss suppression and cooling perspectives.

The utility model relates to the technical field of open caisson construction, and provides an open caisson internal supporting operation platform which comprises an open caisson wall. The horizontal pre-buried casing pipe is mounted in the open caisson wall body; the inclined pre-embedded sleeve is mounted in the open caisson wall body and is positioned below the horizontal pre-embedded sleeve; the horizontal supporting rod is inserted into the horizontal embedded sleeve, and a movable groove is formed in the top of the horizontal supporting rod. The horizontal supporting rods are inserted into the horizontal pre-embedded sleeves, the inclined supporting rods are inserted into the inclined pre-embedded sleeves, meanwhile, the inclined supporting rods and the horizontal supporting rods are connected, so that the stress performance of the horizontal supporting rods is guaranteed, and then the scaffold boards are erected, so that the operation platform can be erected and installed; therefore, the effect of rapidly erecting and installing the operation platform is achieved, the operation process is simple and rapid, the installation risk is conveniently reduced, and the installation safety of the operation platform and the construction efficiency of the open caisson are effectively improved.

The utility model belongs to the technical field of sliding table saws, and particularly relates to a saw blade replacing mechanism for a sliding table saw, which comprises a pre-inserting seat, a saw blade body, a pushing cover and an eccentric lock handle piece, the eccentric lock handle piece is provided with a tensioning assembly attached to the pre-inserting seat, the pushing cover is arranged on the tensioning assembly, and the saw blade body is arranged on the pushing cover. The saw blade is tightly pressed on the pre-insertion seat through the eccentric lock handle piece, and the pre-insertion seat is provided with a limiting assembly used for restraining springback of the eccentric lock handle piece. According to the utility model, the pre-insertion seat is matched with the tensioning assembly and the eccentric lock handle piece, so that the mechanism can improve and optimize the replacement operation of the saw blade, and the saw blade can be assembled and fixed in advance. And during replacement, the eccentric lock handle piece can be clamped or released only by operating the eccentric lock handle piece, so that the mounting efficiency and convenience are improved, and the mounting risk is reduced.

The invention belongs to the technical field of steel structure monitoring, and particularly relates to a rail detection device and method for a ship unloader large arm box girder, and the device comprises a device main body which is integrated with a detection sensor and a processing unit, and further comprises a rail system which is arranged in a box girder and spans a rib partition plate, and comprises a bearing frame and a rail body, the bottom of the track body is connected to the bearing frame, and the bottom of the bearing frame is connected with a horizontal wing of the L-shaped quick release structure. The L-shaped quick release structure comprises two L-shaped adapter plates, and each L-shaped adapter plate is composed of a horizontal wing and a vertical wing; the two L-shaped adapter plates are arranged on the two sides of the rib partition plate in the mode that the vertical wings are opposite. The vertical wings and the rib partition plates which are oppositely arranged are clamped and fixed, and rapid connection between the track system and the box girder rib partition plates is achieved. A modular rib-crossing track system is formed, and non-blind-area and high-precision scanning of a key structure below is achieved.

The utility model discloses a sound barrier belongs to road sound barrier technical field. The sound barrier, including the foundation assembly that is buried below ground, the upper portion of foundation assembly is equipped with the connecting assembly, installs the barrier assembly on connecting assembly, barrier assembly includes foamed aluminum barrier screen body and draw -in groove, the bottom of foamed aluminum barrier screen body is equipped with two symmetrical distribution's draw -in groove, and the adjacent two foamed aluminum barrier screen body are connected through connecting assembly. Sound barrier takes foamed aluminum body as the core material, and its porous structure can effectively absorb medium high frequency sound wave, thereby reducing the noise, and foamed aluminum barrier screen body and stand between adopt the joint, and utilize the draw -in groove of upper portion and make foamed aluminum barrier screen body draw -in groove in the base, utilize the ribbed plate at the back and make the stand of both sides joint, thereby increase the stability between adjacent two stands, make foamed aluminum barrier screen body's connection more stable.

This utility model relates to the field of air conditioning pipe technology, and proposes a data center backplane air conditioning pipe, including: multiple pipes; connecting blocks and fixing blocks disposed on the outer wall of the pipes, wherein the fixing blocks have threaded grooves inside, and the outer wall of the connecting blocks is fixedly provided with threaded rings, the threaded rings being threadedly connected to the threaded grooves; and fixing edges are provided on both sides of the pipes. The use of connecting blocks and fixing blocks enables waterless and fire-free rapid installation and maintenance, improves installation efficiency, reduces installation risks and pollution caused by welding, and avoids phenomena such as pipe weld failure. The composite pipe design improves the pipe's pressure resistance and shock resistance, and the microchannel design, by generating eddies in the refrigerant during flow, disrupts the laminar flow state of the liquid film, thus enhancing the boiling and condensation heat exchange processes.

The application provides a large-span horizontal load-bearing safety device based on a cantilever layer type steel and a construction method, and relates to the technical field of building construction. The large-span horizontal load-bearing safety device is installed on the type steel and is used for freely arranging and recycling a safety flat net in a structure plane. The guide rail is configured to move horizontally in parallel with the type steel. The transmission assembly is used for pushing the guide rail to realize horizontal movement. The connecting assembly is used for forming self-locking with the guide rail to lock the movement position of the guide rail. The first hook assembly is used for driving the safety flat net to move horizontally or stop moving. The second hook assembly is used for realizing the height difference between the inside and outside of the safety flat net. The wedge of the connecting assembly is used for fixing the guide rail, so that the installation is facilitated. The guide rail can be used for remotely controlling the installation of the installer, so that the installation risk is reduced. The first hook assembly can be used for quickly unfolding and recycling the safety flat net, so that the engineering efficiency is improved and the engineering risk is reduced.