16results about How to "Quick debugging" patented technology

The application relates to the technical field of accelerator control, in particular to a focusing coil control system of an accelerator, which comprises a front-end ion pump acquisition module, a tail-end ion pump acquisition module and a processing module. The front-end ion pump acquisition module is used for acquiring a first ion pump current value of the front-end ion pump; the tail-end ion pump acquisition module is used for acquiring a second ion pump current value of the tail-end ion pump; the processing module is used for generating a group of coil control parameters according to the first ion pump current value and the second ion pump current value; and a plurality of coil control modules are used for respectively adjusting the coil current of each focusing coil according to the coil control parameters, so that the first ion pump current value and the second ion pump current value are minimized. The beneficial effect is that the coil control parameters of the focusing coil are automatically changed according to the running current by the processing device, so that the running current of the ion pump is minimized, the rapid debugging of the focusing coil of the accelerator is realized based on the above process, and the optimal beam distribution is realized.

This invention discloses a servo continuous interpolation and curve parameterization control method based on a Mitsubishi PLC system, relating to the field of CNC motion control technology. The method includes process parameter conversion and interpolation execution: The system receives user-inputted process parameters at a human-machine interface, including at least the target bending angle; the PLC main controller automatically calculates the coordinate parameters required for the motion control module to execute the interpolation motion based on a preset geometric model and the process parameters. This application lowers the operational threshold by encapsulating complex mathematical coordinate calculations within the program, allowing operators to interact only with intuitive process parameters, enabling even non-professionals to quickly and accurately debug equipment. This application also improves equipment efficiency and flexibility: intelligent continuous interpolation judgment reduces unnecessary starts and stops, increases equipment operating cycle time, and one-click switching between linear / circular modes enhances the equipment's ability to handle different processes.

This utility model provides a bidirectional charging and discharging system for ship-shore use, relating to the field of ship energy supply technology. It includes a high-voltage input module, an AC power distribution module, a low-voltage power distribution module, an AC / DC conversion module, and cable equipment. The high-voltage input module connects to a shore-based AC power source, which is stepped down by a first transformer to supply power to the low-voltage power distribution module. The voltage is then stepped down by a second transformer and output as DC power via the AC / DC conversion module to charge the ship's energy storage unit. The AC / DC conversion module employs a bidirectional AC / DC conversion structure, enabling bidirectional power transmission between the ship and the shore-based power grid. The system uses a modular prefabricated structure, isolating the AC and DC side functional units to improve system integration and operational efficiency. It also ensures flexible switching between shore power supply and ship energy storage discharge during ship berthing, possessing excellent energy regulation capabilities and grid adaptability.

The utility model discloses a kind of battery cell fine sealing mechanism, including rack, head mounting rack, first longitudinal lifting mechanism, replaceable head module, support seat, transverse moving mechanism, mounting seat and second longitudinal lifting mechanism, head mounting rack is installed in rack front end, first longitudinal lifting mechanism is installed in rack top, first longitudinal lifting mechanism is used to drive head mounting rack longitudinal lifting movement, replaceable head module can be detachably installed in head mounting rack bottom, the utility model is integrated in as a whole module by the replaceable head module set, with upper head and lower head, it is convenient to replaceable head module's replacement operation, it is convenient to quickly change type and facilitate debugging, reduce downtime, head is just parallel to requirement outside rack, then head is installed on rack, upper and lower head datum is identical, debugging is simple, head parallelism is higher, battery cell seal thickness consistency is high, battery cell quality is better.

The utility model relates to the technical field of bridge detection, and discloses a bridge static displacement detector convenient to install, which comprises a base and a dial indicator, a plurality of fixing holes are arranged on the surface of the base, two partition plates are fixed at the top of the base, a guide plate is arranged between the partition plates at two sides, and the bottom of the guide plate is fixedly connected with the top of the base. A connecting plate and a connecting seat are slidably connected to the surface of the guide plate, a positioning mechanism is mounted on the surface of the connecting plate, a lead screw penetrates through the surface of the connecting plate in a threaded mode, the bottom of the lead screw is rotatably connected with the top of the connecting seat, a connecting block is fixed to the back face of the dial indicator, and a groove matched with the connecting block is formed in the surface of the connecting seat. According to the bridge static displacement detector convenient to install, through mutual cooperation of all the components, it is ensured that the dial indicator is convenient and rapid to install and disassemble, meanwhile, the stability and reliability of the device are ensured, and guarantee is provided for accurate detection of bridge static displacement.

This invention discloses a rapid detection device for the planar runout of the end face of medium and large bearings, comprising a base and a turntable. The top wall of the turntable serves as a placement surface, and several slots are evenly distributed along the circumference of the turntable on the placement surface. Each slot is formed from the edge of the turntable towards its center. A clamp is movably mounted in any three slots, arranged in a triangular pattern. Each clamp has an arc-shaped contact surface at its starting end for contacting the outer peripheral wall of the bearing race under test. Each clamp is equipped with a fastening structure for securely connecting the clamp to the corresponding slot and an adjustment structure for adjusting the relative height between the clamp and the turntable to accommodate bearing races of different thicknesses. The base is equipped with a detection element for detecting the planar runout of the bearing race end face. This invention solves the problems of existing bearing planar runout detection equipment, such as complex structure, poor adaptability, easy damage to the bearing surface, inconvenient disassembly and assembly, and low detection efficiency.

The application discloses a robot fine operation control system based on a diffusion model and 3D vision, and particularly relates to the technical field of industrial robot fine operation control, and is used for solving the problem that the existing industrial robot is unstable in three-dimensional perception, action resolution is fixed and it is difficult to meet the space and contact constraints when the industrial robot performs fine operations such as screwing bottle caps and plugging connectors in a complex three-dimensional work scene, and the success rate and safety of the task are insufficient. By constructing a voxel feature field updated with time under the self-body coordinate system, an interactive complexity and physical constraint field is generated based on task coding, and adaptive resolution and action granularity scheduling, diffusion trajectory generation and closed-loop execution correction are linked to map the environment geometry, contact conditions and task stage to the end trajectory control, so that the fine operations such as screwing bottle caps, plugging connectors and folding flexible objects can still be stably completed under complex occlusion and contact constraints, and the safety and task success rate are considered.

This utility model relates to the technical field of slitting devices for aviation polyurethane protective films, and more particularly to a slitting device for aviation polyurethane protective films, including a device body. The design of the slitting components is extremely ingenious. A motor drives a rotating shaft, causing gears to drive the pressure rollers to rotate in three directions, stably pressing and guiding the protective film to ensure a flat film during slitting. An electric push rod precisely controls the mounting carriage, which in turn drives the slitting blade for accurate slitting. Unlike traditional devices with a fixed slitting blade position, this device can flexibly adjust the slitting position according to requirements, meeting the diverse slitting specifications in the aviation field. With the cooperation of the pressure assembly, a dual-head motor drives a transmission rod through a transmission wheel and belt, causing the arc-shaped abutment on the slide rod to apply appropriate pressure according to changes in the thickness and material differences of the protective film, ensuring neat slitting edges, greatly improving slitting accuracy, meeting the stringent high-precision requirements of the aviation field for polyurethane protective films, and effectively guaranteeing product quality.

This utility model discloses a positioning pin detection device for welding skids in passenger vehicles. Integrated on the skid conveyor line, it includes a brush assembly and a positioning pin detection device located downstream of the brush assembly. The positioning pin detection device includes a base frame; a vision inspection system mounted on the base frame, including a camera and light source for acquiring images of the positioning pins; and a vibration damping component mounted at the bottom of the base frame to isolate the base frame from the ground or mounting platform. This utility model has the advantages of high automation and high detection efficiency.

The utility model relates to a glue injection device for a 3C screen, at least one glue port is reserved on the 3C screen, the glue injection device comprises a plate body which is formed by printing and is provided with a glue runner groove on any surface in the thickness direction, the 3C screen to be injected with glue covers the surface, provided with the glue runner groove, of the plate body, a sealant forming cavity is formed between a groove opening of the glue runner groove and the 3C screen, and the sealant forming cavity is communicated with the glue opening. The mold has the advantages that the problems of high cost, long period and high failure cost in existing mold production are solved through the printed and formed plate body and the fast-assembly glass, the printing technology is adopted, accurate manufacturing can be achieved according to requirements, a large amount of material waste in traditional mold production is reduced, the production material cost is reduced, and the production efficiency is improved. And meanwhile, the debugging and replacement of the mold are quicker due to the quick-assembly glass, so that the time waste caused by debugging defects or glass mounting problems is reduced.

The utility model relates to the technical field of pressurized buildings, in particular to a single-body type transition area for a pressurized building and the pressurized building, and the single-body type transition area comprises a transition area main body structure, a movable adjusting device and a sealing assembly; the transition area main body structure comprises two side panels, two door side plates, a top plate and a bottom plate, and the two side panels, the two door side plates, the top plate and the bottom plate are spliced to form a sealed box body; the sealing box body is detachably arranged in the pressurizing building main body structure; the movable adjusting device is connected with the transition area main body structure; the sealing assembly is arranged between the transition area main body structure and the pressurization building main body structure. By modularizing the main body structure of the transition area and matching with a detachable connecting structure of the movable adjusting device and the transition area connecting flange, the transition area of the supercharged building can be quickly mounted and debugged, the transition area can be integrally and directly dismounted and transported when the using place of the supercharged building is replaced, and the dismounting and mounting cost of the transition area of the supercharged building is reduced.

Embodiments of the present application provide a fluid generation method, device, equipment and storage medium, which are applied to programmed modeling software, and the method comprises the following steps: in response to an import instruction of a preset curve and a cross-sectional object, generating a fluid particle group; a cross section of the cross-sectional object and a tangent direction of the preset curve are used to determine a particle form of the fluid particle group; a curve constraint force of the preset curve is obtained, and the particle form of the fluid particle group is constrained based on the curve constraint force, so as to determine a basic fluid form of the fluid; in response to an adjustment instruction of a form parameter of the basic fluid form, a target fluid form of the fluid is obtained. Through the preset curve and the cross-sectional object, the fluid along the preset curve and having a fixed form cross section is automatically generated, and through the adjustment ability of each form parameter, different fluid characteristics can be presented, so that the fluid with different forms can be quickly generated and debugged.

A visual routing simulation and verification platform includes: a visual interaction layer, used for graphical display and runtime interaction of network topology based on the Unity editor, Odin serialization framework, and NodeCanvas node graph framework; a centralized management layer, connecting the visual interaction layer and the Burst parallel computing layer, serving as the sole data source, and including a topology management module, a message scheduling module, and a router status management module, used to realize unified registration and global identifier allocation of network nodes, centralized submission and batch delivery scheduling of messages, and centralized storage and computational job coordination of router status data across the entire network; the Burst parallel computing layer, used for multi-threaded parallel acceleration computation of core high-frequency jobs, and writing the computation results back to the centralized management layer. This invention achieves high-performance simulation of large-scale networks, dynamic runtime intervention, and protocol-independent visual debugging.

This utility model discloses a sheep pen ventilation device, relating to the field of livestock equipment technology. It includes a protective frame and a suction fan. The suction fan is housed within the protective frame and has an upward-facing air outlet. A telescopic pipe is installed at the air outlet, and a transition chamber is located at the top of the telescopic pipe. The transition chamber is connected to an air outlet pipe, and an exhaust port is located at the end of the air outlet pipe, extending outside the sheep pen. By placing the protective frame and suction fan in the lower middle position of the sheep pen, the suction fan efficiently exhausts polluted air from the lower part of the pen outside. The protective frame effectively isolates the suction fan from the sheep pen, preventing sheep from accidentally touching the suction fan and improving the safety and stability of the equipment operation.

The invention discloses a fluid pipe network AI intelligent agent based on a group cooperation mechanism. The fluid pipe network AI intelligent agent comprises an energy self-supply module, a multi-dimensional sensing module, an execution regulation and control module, a dual-mode communication module and an AI collaborative decision module. The multi-dimensional sensing module is used for collecting pipe network operation parameters, fault characteristic signals and environment state data; the dual-mode communication module comprises a long-distance transmission unit and a short-distance instant transmission unit; and the AI collaborative decision-making module is used for carrying out analysis processing on the sensing data, constructing group collaborative logic, generating a regulation and control decision, dynamically optimizing regulation and control parameters and simulating a self-organization behavior of a biological group. According to the invention, by realizing unconscious synchronous regulation and control of multiple nodes, quick response to sudden faults can be completed without intervention of a central platform, the fault processing time is greatly shortened, the loss caused by the faults is reduced, the fault-tolerant capability and the operation reliability of the system are improved, accurate guidance is provided for maintenance work, and the maintenance time is shortened.

The application discloses a kind of energy storage busbar structure, including cabinet, UPS host, backup battery group, heater and at least one busbar fuse, the UPS host, the backup battery group, the heater and the busbar fuse are all arranged in the cabinet;The UPS host is arranged above the backup battery group, and the UPS host is close to the top of the cabinet setting;The heater is arranged on one side of the backup battery group;The busbar fuse is arranged below the backup battery group, and the busbar fuse is connected with busbar copper row;The backup battery group includes multiple battery units arranged from top to bottom, and the battery unit is connected with the UPS host.This application uses modularization setting, has the functions such as busbar, protection and heat preservation, high safety, strong environmental adaptability, and convenient operation and maintenance.