92 results about "Work plan" patented technology

A system for generating alternative shifts for contact center agent scheduling according to an embodiment includes a system that receives a staffing requirement forecast indicative of a number of agents required to handle a workload forecast. Agent data is received for a plurality of agents. The system receives a service level override value and performs column generation to identify shifts for the agents based on the staffing requirement forecast, agent working rules, and work plan constraints. A subset of the shifts is selected to generate an optimized agent shift schedule. A request to replace an individual shift of the optimized shift schedule with an alternative shift is received. In response, the system identifies the alternative shift from the plurality of shifts based on the service level override value. The individual shift is replaced with the identified alternative shift on the optimized shift schedule.

To provide a work plan management method that periodically reviews a work plan on the basis of an actual work result at a work site and efficiently manages work progress.SOLUTION: A work plan management method comprises the steps of: generating a work plan by using a parameter related to a worker, the work plan including an amount of work for a predetermined period longer than a predetermined time based on an amount of work for each predetermined time by one or more workers; acquiring a work result including an amount of work results performed by the worker for every predetermined time; adjusting, on the basis of a difference between the work plan and the most latest N (N: a set value which is an integer equal to or greater than 2) times of work results acquired for every predetermined time, the parameter of the worker; updating the work plan by using adjustment results of the parameter; and outputting updated results of the work plan to a viewer.SELECTED DRAWING: Figure 7

It is possible to update a process plan, a work plan, and a production plan in a short time with respect to a production fluctuation event and flexibly deal with the production fluctuation. A production planning device includes: a process plan generation unit which generates a plurality of process plans including an alternative process plan, the process plans relating to a production process of a product; a work plan generation unit which generates a work plan corresponding to each of the process plans; a production plan generation unit which generates a production plan using the plurality of process plans and the work plan; and a production plan redrafting unit which redrafts a production plan using the plurality of process plans and the work plan when a production fluctuation event occurs.

The application relates to an electric power tool taking method and device, computer equipment, a computer readable storage medium and a computer program product, and relates to the technical field of intelligent electric power resource management, and can improve the automatic flow efficiency of electric power tools. The method comprises the following steps: obtaining a work plan associated with a tool taking user based on a tool taking request of the tool taking user; determining a tool use list corresponding to the tool taking user according to the work plan; obtaining taking identification data of electric power tools to be taken through a sensing device of a storage space; obtaining tool state data corresponding to the electric power tools to be taken based on the taking identification data; comparing and verifying the taking identification data and the tool state data with target identification data corresponding to the tool use list and a preset state condition respectively; and determining a tool taking record based on the taking identification data and the tool state data if the comparison and verification is passed.

A robot control device (11) is provided with: a determining unit (33) for determining the progress status of first work in accordance with a work instruction; a search unit (35) for searching for a partner (17) capable of providing specific information for changing the progress status of the first work to a continuation-possible status if the progress status of the first work is a continuation-not-possible status; an estimating unit (37) for estimating the total work cost including second work for changing the progress status of the first work from the continuation-not-possible status to the continuation-possible status; a plan creating unit (38) for creating a work plan including the second work for the partner (17) on the basis of the estimated total work cost; and a control unit (39) for causing the work including the second work complying with the created work plan to be performed. The plan creating unit (38) creates the work plan so as to minimize the total work cost.

The invention discloses an intelligent management method and system for enterprise work plans, relates to the field of enterprise intelligent management, and can solve the problems of poor collaboration and nonstandard flow caused by information dispersion, low permission and progress management and control efficiency, no datamation risk pre-judgment and optimization mechanism in enterprise work plan management at the present stage. Comprising the following steps: determining a basic management environment of an enterprise according to an enterprise organization structure and authority system, cloud side end collaborative hardware and system operation parameters; determining a hierarchical task list according to the basic management environment and the enterprise strategic target; according to the hierarchical task list, allocating each hierarchical task to a corresponding execution main body and pushing a task notification message to the execution main body; and acquiring real-time progress data of each level of task, and performing closed-loop management on the execution process of each level of task according to the real-time progress data. The method and the device are used for intelligently managing the enterprise work plans.

The invention provides a rail transit intelligent maintenance scheduling system and method and a storage medium. The system comprises a unified configuration platform used for generating configuration information containing a maintenance process and / or a resource demand and / or an optimization target; a plan generation engine which automatically generates a work plan based on the configuration information; the algorithm scheduling engine is used for performing scheduling optimization based on an operational research algorithm suitable for rail transit maintenance; and the feasibility checking engine is used for ensuring that the scheduling result meets the constraint condition. The problem of complexity of maintenance scheduling in the rail transit industry can be effectively solved, the scheduling efficiency is remarkably improved, human errors are reduced, an existing system does not need to be transformed on a large scale, the cost is reduced, and the reliability of maintenance work is improved.

An autonomous work vehicle is scheduled to perform work at the work site according to an initial work plan. The initial work plan estimates a scheduled end time for the work. Due to various inputs, such as a signal from a worker, an environmental condition, or the like, a completion time is determined that is different than the scheduled end time. During or after the autonomous work vehicle works the work site, a signal is sent to the autonomous work vehicle to complete work at an adjusted end time different than the scheduled end time based on the manual completion time. The initial work is plan adjusted such that the autonomous work vehicle finishes the work by the adjusted end time.

A state-monitoring device includes: a state estimating unit to estimate a state of an instrument using operation information of a train on which the instrument is mounted; an instrument arrangement storing unit to store instrument arrangement information indicating arrangement of the instrument in the train; and a work plan output unit to extract the instrument to be maintained that requires inspection or component replacement on the basis of a state estimation value of the instrument, and output information regarding maintenance work in which the instrument to be maintained and the instrument arrangement information are associated with each other.

A work planning program for causing a computer to execute first specification processing of specifying, for each of a plurality of candidate routes to sequentially travel a plurality of work positions included in a plurality of orders, each of combinations of the orders such that a total sum of movement distances, in which each of a plurality of workers travels work positions specified by a combination of orders assigned to each of the plurality of workers in a case where the plurality of orders is assigned to the plurality of workers, satisfies a first predetermined condition, and second specification processing of selecting a candidate route in which the total sum of the movement distances of each of the plurality of workers satisfies a second predetermined condition among the plurality of candidate routes obtained by executing the first specification processing, and specifying a travel order in which the total sum of the movement distances of each of the plurality of workers satisfies a third predetermined condition by exchanging the travel order in the combination of the orders assigned to each of the plurality of workers.

A method of determining work zones (334,336,338, 340, 342) includes receiving work site data, determining an actual site model (112) based on the work site data, determining a desired site model (114), and comparing the actual site model (112) to the desired site model (114) to determine a work plan, the work plan having work stages including a first work stage and a second work stage. The method further includes determining a first work zone (334, 336, 338, 340, 342) of the first work stage of the work plan, including a first plurality of work locations (302, 304, 306, 308, 312), and determining a second work zone (334, 336, 338, 340, 342) of the second work stage of the work plan, including a second plurality of work locations (302, 304, 306, 308, 312). The method further includes determining a safety zone (334, 336, 338, 340, 342), and determining a sequence for performing work for at least one of the first work zone (334, 336, 338, 340, 342), the first work locations (302,304,306, 308, 312), the second work zone (334, 336, 338, 340, 342), or the second work locations (302, 304, 306, 308, 312) based on the safety zone (334, 336, 338, 340, 342).

The invention provides a work plan creation method and a work plan creation system capable of easily creating an appropriate work plan for a field. A work vehicle (1) for traveling and working on a field is provided with: an information input unit (60) for inputting work plan information relating to a work plan for traveling and working by means of the work vehicle (1); a work plan creation unit (61) that creates a work plan on the basis of a learning model that performs machine learning on the inputted work plan information; and an information output unit (62) that outputs the created work plan to the work vehicle (1).

To provide a program, a print job management device, a print job management system, and a print job management method that can quickly correct a work plan for a delayed print job.SOLUTION: A control unit of a management server in a print job management system, displays, in cooperation with a print job management program, progress and volume of a plurality of jobs relating to an ordered print with respect to a work plan on a job management screen of an administrator terminal for a process unit in which a job is located.SELECTED DRAWING: Figure 6

To provide an autonomous traveling work system, an autonomous traveling work method, a management server, and a program that can be smoothly operated by acquiring information indicating a use situation of a work area and creating a work plan corresponding to the use situation.SOLUTION: The management server (3) includes a situation information acquiring unit (54) that acquires situation information indicating a use situation of the area (100), a difference determining unit (55) that determines whether the use situation is different from a normal use situation of the area (100), a temporary map creating unit (56) that creates a temporary environmental map 101a by reflecting the difference in the use situation on a normal environmental map (101) of the area (100) when the use situation is different from the normal use situation, and a temporary plan creating unit (57) that creates a temporary work plan based on the temporary environmental map 101a.SELECTED DRAWING: Figure 4

A method of determining work zones includes receiving work site data, determining an actual site model based on the work site data, determining a desired site model, and comparing the actual site model to the desired site model to determine a work plan, the work plan having work stages including a first work stage and a second work stage. The method further includes determining a first work zone of the first work stage of the work plan, including a first plurality of work locations, and determining a second work zone of the second work stage of the work plan, including a second plurality of work locations. The method further includes determining a safety zone, and determining a sequence for performing work for at least one of the first work zone, the first work locations, the second work zone, or the second work locations based on the safety zone.

The invention discloses a multi-specialty day operation plan management method, system and device and a storage medium, and belongs to the technical field of railway management, and the method comprises the steps: compiling a public work specialty day operation plan, an electric service specialty day operation plan and a power supply specialty day operation plan of a target day, and obtaining a multi-specialty day operation plan set of the target day; according to the plan information of each day operation plan in the multi-specialty day operation plan set, performing conflict detection on the day operation plans in the multi-specialty day operation plan set to obtain conflict operation plans; and determining an optimization scheme of each conflicting operation plan, and sending the optimization scheme of each conflicting operation plan to a plan making person. According to the method, the problem of missing detection of the conflicting operation plans caused by manpower is solved, the labor cost is reduced, and the detection efficiency of the conflicting operation plans is improved; meanwhile, an optimization scheme of a conflict operation plan is provided, and operation conflicts in a railway multi-specialty collaborative operation mode are eliminated in time.

To obtain an information processing device that enables support for appropriately modifying work plans related to the maintenance of railway equipment. [Solution] The information processing device 13 includes a prediction unit 42 that predicts the future train schedule and the future work status related to the maintenance of railway equipment based on timetable information showing the train operation plan, work plan information showing the work plan related to the maintenance of railway equipment, and operation performance information showing the train operation performance, and an operation adjustment plan creation unit 43 that creates an operation adjustment plan including changes to the work plan based on timetable prediction information showing the predicted timetable and work status prediction information showing the predicted work status.

The invention discloses a method for automatically updating an operation plan. The method comprises the following steps: S1, reading basic data of a station yard; s2, collecting data of each interface; s3, calculating a current hook; if the train set is in the non-shunting monitoring state at present, whether the current operation is finished or not is judged according to the current humping operation mode or the non-humping operation mode of the train set; if the current operation is finished, updating the current hook, and entering the step S4; and S4, updating the execution progress of the operation plan. According to the invention, a multi-system information fusion mechanism is established, and the current hook completion condition in the operation plan is calculated in real time.

A system for generating a work plan for autonomous operation of a compactor in tandem with an earthmoving machine includes a first controller that receives information pertaining to a work area on which the earthmoving machine is required to perform at least one operation. The system also includes a central controller that receives, from the first controller, information pertaining to the work area on which the compactor is required to perform the at least one operation and analyzes the work area for virtually segmenting the work area into a plurality of virtual work areas, and data indicative of a movement of the earthmoving machine through each virtual work area from the plurality of virtual work areas. The central controller determines an optimal direction of movement for the compactor based on the data indicative of the movement of the earthmoving machine, topographical conditions, as well as geometry of the work area.

To reduce the possibility that deviation phenomenon happens again after occurrence of deviation phenomenon during automatic operation.SOLUTION: An automatic operation control system 1 includes a work machine 10 with a machine body 10a and an attachment 15 attached to the machine body 10a, a detection unit 31 that detects the posture of the work machine 10, and a controller 50. The controller 50 includes an operation control unit 53 that controls automatic operation of the work machine 10 based on a work plan, a deviation amount calculation unit 55 that calculates the amount of deviation between the posture of the work machine 10 during automatic operation detected by the detection unit 31 and a target lifting swing trajectory P2 or a target return swing trajectory P4, and an automatic operation correction unit 57 that corrects the work plan in accordance with the amount of deviation.SELECTED DRAWING: Figure 2

The logistics simulation device has an input information acquisition module (301), a receiving plan generation module (302), a route module (303), a processed material stock placement site module (304), a processed material internal warehouse module (306), a processing equipment module (305), and a control module (307). The control module (307) searches for a route for carrying a material using the route module (303), and the route module (303) searches for a route for carrying a material by combining routes, i.e., small routes, divided according to equipment elements.

A control system (200) for a construction machine (100) is disclosed. The control system (200) may include a controller (130) configured to: receive a work parameter associated with a work of a work site surface (102) by a surface work member (106); generating an edge-to-edge work plan (107) of the work site surface (102), the edge-to-edge work plan (107) comprising a plurality of paths (108), each path having a centerline of travel (C), where one path of the plurality of paths (108) comprises a first outer edge (140a) defined by a first boundary side (138a) and another path comprises a second outer edge (140b) defined by a second boundary side (138b); and activating the construction machine (100) so as to traverse the travel center line (C) of each of the plurality of paths (108). The plurality of paths (108) may include a first path and a second path, the second path including a second path overlap section (142) overlapping the first path, where a width of the second path overlap section (142) varies along a length of the second path.

The application discloses a system and method suitable for remote driving management of a motor train unit section / depot motor train unit, which are corresponding solutions, can realize automatic distribution of a work plan, and can realize effective management on a ground remote driving station based on an authorization code; in particular, the management server can realize automatic distribution of the work plan through acquired various types of information, establish a corresponding relationship among a work driver, the work plan and the ground remote driving station, and does not need manual driver scheduling, thereby solving the problem of temporary adjustment of the work plan and untimely response in the existing solution; and through the authorization code, whether the work driver has the control right of the ground remote driving station is controlled, thereby solving the problem that in the current remote driving solution, the driver driving right is not associated with the driver, the driver goes to a wrong driving station, and the remote driving station is operated incorrectly, and the safety performance is improved.

The present invention addresses the problem of formulating an operation plan for a moving body and a work plan for a loading / unloading worker when an automatic driving moving body is used for delivering ordered goods. A cargo delivery plan making system using an automatic driving mobile body stores delivery order information, delivery mobile body information, loading and unloading personnel information, and movement cost information, and uses the delivery order information, the delivery mobile body information, and the movement cost information. The operation plan of the moving body between the delivery start point and the delivery end point of the cargo in the delivery order information is formulated so as to minimize the movement cost, and the operation plan of the moving body, the delivery order information, the loading and unloading personnel information, and the movement cost information are used. The work plans of the loading and unloading personnel at the delivery start point and the delivery end point of the goods in the delivery order information are formulated in a manner that the loading and unloading personnel can move separately from the moving body and the cost of the loading and unloading personnel is minimized, and the operation plan of the moving body and the work plans of the loading and unloading personnel are presented.

To provide a worker assigning device capable of automatically preparing an optimized shift plan and work plan.SOLUTION: A work plan determination variable generation section configured to generate a work plan determination variable for determining whether or not the link is actually used, corresponding to the link of the work plan graph structure, a work plan constraint expression generation section configured to generate a work plan constraint expression for constraining a relationship between the shift determination variable and the work plan determination variable, and an optimization solver execution section configured to execute an optimization solver of integer programming, A work shift plan and a worker allocation plan as optimum solutions are created by setting a shift determination variable, a work plan determination variable, a work plan constraint expression, and a preliminarily created evaluation function in an optimization solver of an integer programming method, and executing them by an optimization solver execution part.SELECTED DRAWING: Figure 2

A method for determining a safety zone includes receiving work site data, receiving material characteristic data corresponding to the points of the site represented by the work site data, and determining an actual site model. The method further includes determining a desired site model representing the site at a future time, comparing the actual site model to the desired site model to determine a difference model that includes a safety zone in which a machine speed, a machine type, or a quantity of machines, is limited or prohibited, the safety zone being determined based on a material characteristic associated with material that corresponds to the safety zone, the material characteristic being represented in the material characteristic data, one or more areas outside of the safety zone having a different material characteristic, and determining a work plan based on the difference model, the work plan including the safety zone.

The application provides a penetrating management and control method and device for a work plan. The method reads a local output directory and retrieves work plans based on a preset date, matches a first target plan with a second target plan, and confirms whether the directory contains all work plans. If not, the first target plan is updated and output. A work transfer table in a network disk is read, it is checked whether there is an incomplete transfer table, and the incomplete part is processed. After all the transfer tables are processed, a prompt information is generated to remind a work personnel to execute the plan, and real-time monitoring is performed. According to the monitoring result, a second prompt information is sent to remind a supervisor to effectively supervise the work plan. The method solves the problem that in the prior art, a manual way of checking massive work plan data one by one is used to analyze possible safety risk points, and there are problems of low efficiency, easy omission of key problems and insufficient accuracy.

The invention discloses a multifunctional radar operation control system and method based on a work plan, and the system employs a main control computer as a control core, and employs the work plan as a unit to control the operation process of a multifunctional radar. Comparing the starting and ending time and priority of each plan item in the work plan to obtain a plan item which needs to be executed currently; according to the current time and the priority, determining a plan item unit in the plan item, namely obtaining a detection task which needs to be executed at present; according to the period of the detection task, the current time, whether the detection modes in the task are aligned according to minutes or not, waiting time and the like, a detection mode needing to be executed currently is obtained through scheduling; after a detection mode is obtained through scheduling, work instructions of all subsystems are obtained through decomposition, and the work instructions are sent to all the subsystems to be executed through physical interfaces such as a network or a serial port or a bus. The operation control of the multifunctional radar is realized.

We provide the system. [Solution] Information gathering means for collecting information on machinery within a factory, Information integration means for integrating and centrally managing the information collected by the aforementioned information collection means, An analysis means that analyzes the information managed by the aforementioned information integration means and proposes the arrangement of machines and a work plan, A presentation means that presents the optimal arrangement and work plan for the machine based on the analyzed results, A system that includes this.