11results about How to "Reliable handling" patented technology

The application discloses a method for rotating a light real-time controllable zinc oxide microrod. The method is realized by interaction between a spatial electric field generated by focusing laser irradiation on lithium niobate and a zinc oxide microrod, so that the zinc oxide microrod moves in a two-dimensional plane. By adjusting different end face positions of the zinc oxide microrod irradiated by the laser, the rotating direction of the zinc oxide microrod in the two-dimensional plane can be effectively controlled, and the rotating speed is controllable. In addition, by adjusting the laser intensity or changing the length of the zinc oxide microrod, the rotation of the zinc oxide microrod in a three-dimensional space is also successfully realized. The method has important significance for research and development of micro-lasers and integration of photonics chips.

The present application belongs to the technical field of automatic production line, and in particular, the present application relates to a transmission mechanism and a flat carrying device. The transmission mechanism comprises a crank, a swing rod and a connecting rod. The first end of the crank is used for hinged connection on a base body, the second end of the crank is hinged connected with the first end of the connecting rod, and the second end of the connecting rod is used for transmission. The first end of the swing rod is used for hinged connection on the base body, the second end of the swing rod is hinged connected with the middle end of the connecting rod, and a spacing is arranged between the first end of the swing rod and the first end of the crank. The flat carrying device comprises a static beam frame, a dynamic beam frame, a follow-up mechanism, a power element and the transmission mechanism, and is used for flat carrying of materials on the static beam frame. The present application can solve the problem of high energy consumption caused by lifting action during material carrying, and is particularly suitable for steel rolling production line, especially rod and tube production line. The structure is ingenious, carrying is reliable, flat carrying is achieved, and energy consumption is low.

The application provides a knowledge data processing method and system based on ternary data association, and relates to the technical field of data processing.The method comprises the following steps: acquiring multi-source heterogeneous data for constructing a knowledge graph; obtaining a mapping result by uniformly mapping the multi-source heterogeneous data, and extracting entities and relationships from the multi-source heterogeneous data according to the mapping result, and constructing a core triple with a subject as a head entity, a relationship as a relationship type, and an object as a tail entity; according to the core triple, receiving dynamically updated data, converting the dynamically updated data into corresponding discrete data clusters, and constructing an abstract data bearing plane according to the discrete data clusters.The application realizes efficient integration and standardized mapping of multi-source heterogeneous data.

This invention relates to the field of nylon 3D printing technology and discloses a rapid method for fine-smoothing the surface of complex nylon 3D printed structural parts. The method first acquires surface characteristic data of the nylon 3D printed structural parts, and based on this, generates a surface treatment point set and a surface treatment path direction; calculates a surface roughness stability factor, and constructs a surface smoothness change prediction network; then sets a surface defect perception mode and a smoothing mechanism, and performs surface smoothness control according to the smoothing mechanism, finally generating a surface treatment result containing surface treatment data packets and surface treatment signals. This method, through precise perception of surface characteristics, intelligent planning of processing paths, and dynamic control of the processing process, can specifically address issues such as layer textures and defects on the surface of complex structural parts, improving processing efficiency and surface quality consistency, and is applicable to the surface treatment of complex nylon 3D printed structural parts.

The application relates to a kind of test data management and control methods based on service data construction, comprising: establishing service basic data structure model;Establishing service basic test data link model;According to test data number generation service, generate original test data;Based on original test data, set key field identification sensitive information;Non-original test data declaration and declaration audit;Actual test data application control, actual test data is sequentially carried out sensitive information identification, original check and non-original check, and check through test data and check not through test data are determined;Based on service basic test data link model, check not through test data is carried out full-link tracing and destruction.Compared with prior art, the application can actively and accurately identify sensitive test data, and trace and process sensitive test data link to improve the persistence and availability of business test data.

This utility model provides a chemical waste liquid treatment device, including a storage tank, a liquid storage container, a waste liquid pipe, and a three-way check valve. The top surface of the storage tank is provided with two parallel limiting grooves, each with a through hole at its center, and each through hole is connected to a pump suction needle by a thread. A through hole is provided on the right side of the storage tank, and one end of the waste liquid pipe extends through the through hole into the liquid storage container. The other end is divided into two branch pipes by the three-way check valve, and the two branch pipes are respectively connected to two pump suction needles. A peristaltic pump is installed on the pipe between the three-way check valve and the through hole.

This utility model provides a pipeline lifting tool for water conservancy projects, relating to the field of pipeline lifting tool technology. It includes a fixed plate and clamping components disposed on the outer bottom end of the fixed plate. A first clamping plate is disposed below the fixed plate for clamping and fixing both ends of the pipeline. A support component is disposed on one side of the first clamping plate, and a limiting plate is disposed on one side of the first clamping plate. This significantly improves the safety of lifting operations. Simultaneously, the entire clamping process is completed through precise mechanical coordination, with a reasonable force distribution, ensuring clamping strength while reducing damage to the steel pipe surface and protecting the pipeline integrity. Furthermore, the self-locking function requires no additional power, saving energy and reducing the risk of clamping failure due to power failure. This makes pipeline lifting and handling operations in water conservancy projects more efficient and reliable, further enhancing the applicability of the device in actual construction scenarios.

The utility model discloses aluminum ingot stacking equipment which comprises a top plate, two connecting shafts distributed in parallel are arranged at the bottom of the top plate, two sets of symmetrically-distributed clamping mechanisms are installed on the two connecting shafts, each clamping mechanism comprises a fixing plate, and a side clamping mechanism, a bottom supporting mechanism and a pressing mechanism are arranged at the bottom of each fixing plate. The side clamping mechanism comprises a second air cylinder, the end of a piston rod of the second air cylinder is rotationally connected with a second long arm through a rotating shaft, and supports are arranged at the two ends of the fixing plate. According to the aluminum ingot grabbing device, through cooperation of the side clamping mechanism, the bottom supporting mechanism and the pressing mechanism, aluminum ingots can be limited and fixed in the left-right direction and the up-down direction when the aluminum ingots are grabbed, the stability effect after the aluminum ingots are grabbed is greatly improved, the phenomenon that the aluminum ingots loosen and fall off can be effectively prevented, the safety of grabbing the aluminum ingots is guaranteed, and the aluminum ingot grabbing efficiency is improved. Therefore, the product quality is ensured, and the production efficiency is improved.

The invention provides an image recognition method, electronic equipment, a storage medium, a program product and a vehicle. The method comprises the following steps: determining a target classification result according to a target detection frame and a first classification model; optimizing the first classification model according to the target classification result to obtain an optimized first classification model; the target detection box output by the perception model is input into the first classification model to obtain the target classification result, the correctness of the classification result is judged, the incorrect classification result is repaired and then put into the classification training set, and the first classification model is trained by using the continuously iterative classification training set to obtain the optimized first classification model. And inputting the target detection box into the optimized first classification model to obtain an accurately identified target object, so as to stably and reliably process a misidentified target and improve the accuracy of suppressing misidentification, thereby improving the driving safety of a vehicle and the vehicle use experience of a user.

This invention discloses a cargo handling method and system. The cargo handling method uses a camera component located on the front side of a mobile chassis or the side of the first axis of a handling robot to capture images. This reduces the distance between the camera and the front side of the mobile chassis, preventing the camera's field of view from being blocked by the mobile chassis. The camera component tilts the highest camera downwards to take pictures, while the other cameras tilt upwards to take pictures. This allows for full coverage of the cargo stack height when the distance between the handling robot and the cargo is small. Furthermore, the entire handling process does not require vertical adjustment of the camera's viewfinder. The three cameras allow for a relatively small vertical field of view for each camera while ensuring coverage, thus improving the accuracy of the captured images. Additionally, when the target image is acquired, handling is preferentially performed from the top surface of the cargo, resulting in more reliable handling.

This invention relates to the field of multi-source data acquisition technology, and discloses a multi-source data acquisition device and system based on an industrial internet platform, including a main control processing module, a multi-source interface acquisition module, a dynamic switching buffer module, an anomaly isolation module, a time alignment compensation module, and a self-verification transmission module. In this invention, through the collaborative work of the multi-source interface acquisition module and the main control processing module, unified access and processing of different types of data sources in the industrial field are realized. The multi-source interface acquisition module can automatically identify the communication protocol type of the access data source, and calculate the adaptation priority value through the protocol adaptation unit, and perform protocol conversion in sequence according to the priority value, so as to ensure that various heterogeneous protocol data are efficiently and reliably accessed by the main control processing module. At the same time, the main control processing module can receive and process data from each channel in real time, ensuring that the data has completed preliminary protocol unification before entering the dynamic switching buffer module.