109 results about "Work systems" patented technology

The invention provides an Internet of Things platform and AI agent cooperative work method and system, and the method comprises the steps: S1, collecting data information through Internet of Things equipment, and transmitting the collected data information to an Internet of Things platform; s2, receiving and storing the data information by using an Internet of Things platform; and S3, analyzing and processing the data information meeting the preset requirements by using the AI agent to obtain an analysis result, performing abnormality judgment according to the analysis result, and when an abnormality occurs, generating a coping strategy according to the analysis result. Through interaction of multiple AI agents and the IoT platform, the problems of complexity of multi-field data integration and analysis, task allocation and execution and challenges of multi-party information exchange and cooperation in intelligent management are solved.

The invention discloses a working system of self-moving equipment, a base station and a base station offset detection method. The system comprises a self-moving device which autonomously walks and executes a work task; the first base station obtains the first satellite observation data, analyzes the first satellite observation data to generate first differential data and transmits the first differential data to the self-moving device; the second base station obtains second satellite observation data, analyzes the second satellite observation data to generate second differential data and transmits the second differential data to the self-moving device; wherein the self-moving device receives first differential data from a first base station and second differential data from a second base station, and calculates a difference parameter according to the first differential data and the second differential data; and under the condition that the difference parameter reaches the corresponding base station offset condition, judging that the first base station and / or the second base station deviates from the corresponding initial installation position, and sending a base station offset alarm.

The invention discloses a working system of self-moving equipment and a control method of the self-moving equipment. The working system of the self-moving equipment comprises the self-moving equipment which is configured to walk autonomously and complete a working task; the base station is configured to obtain satellite observation data of the base station, calculate and generate differential data of the base station according to the satellite observation data and transmit the differential data to the self-moving equipment; wherein the self-moving device is further configured to obtain differential data of a network RTK service provider under the condition that the communication parameters of the self-moving device and the base station do not meet the corresponding parameter requirements.

Systems and methods for generating status requests for units of work are disclosed. Some implementations may: manage environment state information maintaining a collaboration environment; identify one or more work unit records having potentially incorrect status values for a status parameter; generate status requests prompting user input to update the potentially incorrect status values for the one or more work unit records identified; and effectuate presentation of the status requests, such that the first status request is presented via a client computing platform associated with the first user.

The invention relates to the technical field of digital intelligent management, in particular to a digital intelligent management system and method for an unmanned aerial vehicle research, development and manufacturing enterprise, and the system comprises a knowledge management module, a data embedding processing module, an LLM center model, an AI agent, an enterprise resource planning module, a user interaction feedback module, and a security scale module. The knowledge management module is used for providing an internal knowledge base, encrypting authority management and real-time updating; the data embedding processing module is used for vector database and multi-mode embedding; the system realizes operations such as data input, storage, learning, calling, updating and the like to realize an intelligent working system, staff in a company exchange information with zero delay, and by combining intelligent auxiliary analysis of data, misjudgment caused by redundant and repeated invalid delay and information mismatching is avoided, and the working efficiency is improved. According to the method, internal information circulation of a company is effectively improved, the information island problem of each department is solved, the data secrecy capability in an enterprise is improved, and the management risk early warning capability is enhanced.

The invention relates to a task scheduling method and system based on a zero-work system, and relates to the technical field of data processing, and the method comprises the steps: receiving a task issuing instruction, and calling a task level and a task type based on the task issuing instruction; determining a capability level based on the task type, and querying whether preset capability information of the order receiving user is smaller than the capability level or not; if yes, filtering the task for the order receiving user; if not, a task access permission is opened for the order receiving user; receiving a receiving instruction of an order receiving user based on the open task receiving permission, generating a task package based on the receiving instruction, and taking off the task; and acquiring identity information based on the task package, and after the identity information is consistent with preset order receiving user information, matching a supervision method and performing supervision. The method has the effect of improving the task completion rate.

Systems and methods may include having an integrated unified filing engine. A system may include at least one processor configured to maintain at least one table containing a plurality of items and a plurality of asset designations, and to maintain at least one electronic whiteboard containing at least a subset of the plurality of asset designations. The processor may be further configured to maintain a data structure containing a plurality of links, wherein each link associates at least one of the subsets of asset designations with at least one location on the at least one electronic whiteboard, receive via a network access device, an activation of a particular link associated with a particular asset, alter a display of at least one electronic whiteboard containing an asset designation, and retrieving a presenting a corresponding asset in response to a received selection of a particular asset designation.

An automatic working system that includes a self-moving device and a positioning device. The self-moving device includes a movement module, a task execution module. The positioning device is configured to detect a current position of the self-moving device. The automatic working system includes: a storage unit, configured to store a working area map, and: a map confirmation procedure, which including: providing a drive circuit instruction to move along a working area boundary, and receiving a confirmation signal from a user to complete the map confirmation procedure; and a working procedure including providing a drive circuit instruction to move within a working area defined by the map and execute the working task; and a control module, configured to monitor an output of the positioning device to execute the map confirmation procedure and execute the working procedure after the map confirmation procedure is completed.

To provide a work system capable of confirming whether or not a target locus is correctly set.SOLUTION: A work system has: control means for operating an upper turning body 22 and an attachment 30 so that a tip of a bucket 33 is moved along a target locus 70; calculation means for calculating a relative position between a predetermined region 72 set at a work site and the target locus 70; and confirmation means for confirming whether or not the target locus 70 is correctly set, on the basis of the relative position calculated by the calculation means.SELECTED DRAWING: Figure 3

The invention discloses a working system of self-moving equipment and external equipment. The external device includes: a display; the electronic processor is used for loading and running an intelligent mowing program; wherein the intelligent mowing program is configured to display a map of a work site of the self-moving device through the display; displaying a questionnaire corresponding to the work site through a display, and collecting interaction information of a user for the questionnaire; and calculating and outputting the number of base stations required by the work site at least based on the interaction information.

To provide a quality control supporting method, a quality control supporting system, and a work system that facilitate effective utilization of inspection data from an inspection machine which inspects a substrate assembly based on its electrical characteristics.SOLUTION: A quality control supporting method for supporting quality control for a component mounting system 20, has first acquisition processing, second acquisition processing, and detection processing. The component mounting system 20 comprises a first inspection machine 101 and a second inspection machine 102. In the first acquisition processing, inspection data obtained by inspecting electrical characteristics of a substrate assembly is acquired by the first inspection machine 101, as first data. In the second acquisition processing, second data obtained by inspecting a state of a joint member printed on a substrate is acquired by the second inspection machine 102. In the detection processing, a sign of an abnormality is detected based on the first data and the second data.SELECTED DRAWING: Figure 1

The invention provides a government affair data processing system and method. The government affair data processing system comprises a data access and preprocessing module, a multi-mode government affair large model and intelligent analysis module, a knowledge base module, a privacy calculation engine module, a data storage and management module, an application service and interface module and a system management and monitoring module. A cooperative work system integrating a multi-mode government affair large model, a data classification and grading sub-module, a privacy calculation engine module and a knowledge base is constructed, configuration, monitoring and scheduling are carried out through a unified interface and a management platform, and a closed-loop and sustainable optimization government affair data processing and application ecology is formed.

The invention belongs to the field of enterprise management, and particularly relates to an employee intelligent working system and a working efficiency evaluation method, and the system comprises a scheduling management module which is used for generating or adjusting a scheduling scheme according to an employee state change event and a business load change event; the performance tracking module is used for updating the performance score in real time according to the working process event and the result event of the employee; the performance early warning module is also used for generating periodic performance data according to the historical performance data and performing early warning on periodic performance abnormity according to a preset rule; the process processing module is used for automatically adjusting approval nodes according to a process initiation event based on a process type and a business rule, pushing a prompt to related personnel after the process is initiated, performing timeout monitoring on the approval nodes, and automatically urging the timeout approval nodes to do; the server is also used for counting the flow average processing duration, the node time consumption distribution and the rejection rate, generating a flow efficiency report and pushing optimization suggestions; and the terminal is used for receiving user input and displaying information. The problems of low decision-making efficiency and performance evaluation lagging are solved.

Provided is a work system (1) capable of monitoring a detection value relating to the posture of a detection object. The object to be detected is selected from among a lower traveling body (21), an upper revolving body (22), a boom (31), an arm (32), and a bucket (33). A work system (1) is provided with: a posture detector that detects the posture of a detection object; an information acquisition device (5) that acquires three-dimensional information of the object to be detected; a posture calculation unit that calculates the posture of the detection target on the basis of the acquired three-dimensional information; and a deviation calculation unit that calculates a deviation between the posture detected by the posture detector and the posture calculated by the posture calculation unit.

The invention relates to the technical field of intelligent control of high-altitude operation robots, and discloses a dual-algorithm-driven multi-mode high-altitude operation system and an intelligent control method, and the method comprises the steps: obtaining environment sensing data and robot state parameters, and generating an operation task parameter set, a genetic algorithm optimization module is used for generating a global job task scheduling scheme through chromosome coding and fitness function evaluation, dynamically adjusting a job control strategy based on a reinforcement learning algorithm according to a state space, an action space and a reward function to generate a real-time control instruction, and realizing closed-loop cooperation of the genetic algorithm and the reinforcement learning algorithm; according to the invention, the intelligent control and decision-making problem of the aerial work robot is solved, and autonomous decision-making, path planning and multi-task efficient cooperation are realized.

A code processing system (100) is provided with an operating system (30) and a standby system (40). The operating system (30) and the standby system (40) are each configured so as to generate a multi-bit user code (12) when a code request from a user terminal (11) is received. The user code (12) includes a system code unique to a system (30, 40) that generates the user code (12) in a prescribed bit. The user code (12) generated by the working class system (30) is a working class code, and the user code (12) generated by the standby class system (40) is a standby class code. The code processing system (100) is configured so as to transmit, to a user terminal (11), either a working-class code or a standby-class code on the basis of error information in the working-class system (30).

To improve acquisition probability of a correct error.SOLUTION: A work system 100 includes a work device 110 and a processing device 130 attached to and detached from the work device 110, and in a state where the processing device 130 is attached to the work device 110, An error acquisition device 140 that acquires an error of a position of a processing device 130 with respect to a working device 110 on the basis of contact with a reference portion 111 included in the working device 110, and an operation control device 144 that controls the error acquisition device 140 are included, the operation control device 144 includes an acquisition operation execution unit 171 that causes the error acquisition device 140 to execute an error acquisition operation, and a success / failure determination unit 172 that determines success / failure of acquisition of a correct error, and the acquisition operation execution unit 171 changes an operation condition and executes the error acquisition operation in a case where the success / failure determination unit 172 determines that the correct error cannot be acquired.SELECTED DRAWING: Figure 8

The application relates to a task scheduling method and system based on a zero-work system, and relates to the technical field of data processing. The method comprises the following steps: receiving a task publishing instruction, calling a task level and a task type based on the task publishing instruction; determining a capability level based on the task type, and inquiring whether the capability level is less than preset capability information of an order-receiving user; if the capability level is less than the preset capability information of the order-receiving user, filtering the task for the order-receiving user; if the capability level is not less than the preset capability information of the order-receiving user, opening a task receiving permission for the order-receiving user; receiving a receiving instruction of the order-receiving user based on the opened task receiving permission, generating a task package based on the receiving instruction, and taking down the task; collecting identity information based on the task package, and after the identity information is consistent with preset order-receiving user information, a supervision method is matched and supervision is performed. The application has the effect of improving the task completion rate.

Provided is a work system capable of automatically moving a trolley for work in accordance with work conditions. This work system is provided with: one or more fixed-point cameras for capturing an overhead image of a work site; the one or more trolleys can move through unmanned driving, and each trolley is provided with a containing part for containing a tool used for work and a component assembled to a work object; and one or more trolley cameras that capture images of the trolley and a peripheral area of the trolley. And a control device for controlling the operation of the carriage, the control device comprising: an acquisition unit for acquiring a captured image; a determination unit that, by inputting the captured image into the learned machine learning model, determines which of the plurality of work steps the work indicated by the captured image is on the basis of the position and orientation of the object on the image indicated by the captured image; and an operation control unit that moves the trolley to a position corresponding to the work process determined by the determination unit.

The application provides a work system, a self-moving device and a power trailer; and is applied to the technical field of robots; the work system comprises the self-moving device, the power trailer and a functional module; the power trailer is detachably connected with the self-moving device and detachably carries the functional module; wherein, the self-moving device comprises a first interface; the power trailer comprises a second interface and a third interface; the second interface of the power trailer is detachably connected with the first interface of the self-moving device; and the third interface of the power trailer is used for being detachably connected with any one of a plurality of functional modules.

The invention relates to a workpiece three-dimensional point cloud data set generation method based on joint simulation. The method comprises the steps that workpiece three-dimensional models of different types and sizes are constructed in batches; a working system is built, the working system completes simulation configuration of the mechanical arm and the depth camera in the Gazebo platform, and motion control over the mechanical arm in the Gazebo platform is achieved through a MoveIt! Configuration file; by changing simulation environment files in a working system, batch loading of three-dimensional models of workpieces of different types and sizes is achieved, and environment parameters are adjusted; the mechanical arm is controlled to move to different poses through the MoveIt! Configuration file; acquiring and storing point cloud information of the workpiece through a depth camera under different poses; and repeating the above processes to finally obtain a three-dimensional point cloud data set of the workpiece. Compared with the prior art, automatic acquisition of point clouds of workpieces of different types and sizes under different poses can be realized, and the efficiency and quality of point cloud data set generation are improved.

The invention provides an electric hoist motor monitoring and life prediction method based on multi-source data, which comprises the following steps: S1, generating an automatic test instruction sequence according to a national standard working system, and remotely controlling a test bed to execute an unattended cycle life test; s2, synchronously collecting multivariate time sequence data through a multi-source sensor; s3, transmitting the multivariate time series data to a remote server; s4, the far-end server performs feature extraction and calculation processing to obtain processed feature data; s5, constructing a multi-dimensional damage factor set, and calculating a health state index and residual life; s6, dynamically evaluating a performance residual value; and S7, generating state information or multi-level early warning and pushing the state information or the multi-level early warning. According to the invention, automatic unmanned operation of the service life test of the motor for the electric hoist is realized, the problems of manual dependence, single data, one-sided evaluation, early warning lag and the like of the traditional test are solved, and the test normalization and the operation and maintenance efficiency are improved.

The present invention provides a work system and a method for manufacturing a product that can perform a predetermined work on a target material while the target material is being transported without increasing the size of the apparatus. [Solution] The work system comprises a traveling cart (5) equipped with a work tool and which travels over the target material (1) being transported to perform specified work on the target material, a detection device (6) which detects the position and transport speed of the target material being transported, a handling device (7) which performs at least one of placing the traveling cart on the target material being transported and recovering the traveling cart from the target material being transported, and a control device (10) which controls the operation of the handling device based on the detected position and transport speed of the target material.

A method for monitoring a work system including steps of receiving a plurality of scan data values acquired by a sensor of a sensor device and order indicators associated with the scan data values, determining pairwise similarities between the scan data values, determining a number of clusters for grouping the scan data values based on the determined pairwise similarities, grouping the scan data values into N clusters, wherein N is the number of clusters determined based on the determined pairwise similarities, assigning the scan data values to the clusters obtaining a grouped dataset of the scan data values, and outputting a signal based on the grouped dataset. Further, a system and a computer program are shown.

A control method of an autonomous working system, a map acquisition method, a control method of an autonomous robot, and an autonomous working system wherein the control method of the autonomous working system comprises: acquiring environmental information collected over a target area (S901), the environmental information comprising image data and position data; generating a map of the target area based on the environmental information (S902), the map comprising at least one type of attribute information, the attribute information being associated with a specific area in the map; and generating a working strategy of the autonomous robot in the target area based on the attribute information (S903). By adopting the mode, the accurate and comprehensive map can be quickly obtained, so that the complete work of the working area is realized.

Aspects of the present disclosure are directed to creating and administering artificial reality collaborative working environments and providing interaction modes for them. An XR work system can provide and control such artificial reality collaborative working environments to enable, for example, A) links between real-world surfaces and XR surfaces; B) links between multiple real-world areas to XR areas with dedicated functionality; C) maintaining access, while inside the artificial reality working environment, to real-world work tools such as the user's computer screen and keyboard; D) various hand and controller modes for different interaction and collaboration modalities; E) use-based, multi-desk collaborative room configurations; and F) context-based auto population of users and content items into the artificial reality working environment.

To provide an excellent work system.SOLUTION: A work system 10 where a work mobile body 12 to be operated by a user U performs a work includes: an image acquisition section for acquiring a close-up image in the periphery of the work mobile body 12; and a head-mounted display 14 mounted on the user U so as to provide a provision image corresponding to the close-up image acquired by the image acquisition section to the user U.SELECTED DRAWING: Figure 1

To improve the searchability of information about work systems to reduce the design burden.SOLUTION: An information search system that searches for information about a work system, comprises: a storage unit that accumulates and stores data that associates specification information, including at least one of the sizes and work capabilities of modules that constitute the work system and perform predetermined work, with design information, including drawings of the modules; a receiving unit that receives requirements for a new work system when the new work system is designed; and a search unit that searches the data for a module whose specification information is closest to the requirements and outputs the design information associated with the searched module.SELECTED DRAWING: Figure 5

The invention discloses a function device, a self-moving device system and a mapping device.The function device is applied to a self-moving working system, the self-moving working system comprises at least one candidate self-moving device detachably connected with the function device in a matched mode, and the function device comprises a positioning function module and a navigation control function module; the navigation control function module is configured to obtain a map of a working area of a target self-moving device under the condition that the function device is connected with the target self-moving device in the at least one candidate self-moving device in a matched mode, and control the working area of the target self-moving device on the basis of current position data and the map of the function device obtained by the positioning function module. And controlling the moving and / or working track of the target self-moving equipment in the working area. Therefore, a processing module for navigation control does not need to be independently arranged for each candidate self-moving device, the machine cost is greatly reduced, and the sharing advantage of the functional device is also exerted.