72 results about "Work planning" patented technology

A robot controller for teaching a robot with high efficiency. The robot controller including command storage unit (21) where a movement command and a work command are stored, command identifying unit (24) for discriminating between the movement and work commands, unit (22) for making/editing a series of work programs or discrete work programs by a combination of the commands, work program storage units (23) where the work programs are stored so as to control the robot according to the stored program, further including a work section identifying unit (25) for identifying a work section of the work program by way of the command identification unit (24) and work section automatic stopping unit (27) for automatically stopping or suspending the execution of the work program at the work section in a standby state when the work section identifying unit (25) identifies the work section during the execution of the work program.

Disclosed is a computer-implemented planning process that aids a system administrator in the task of creating a job schedule. The process treats enterprise computing resources as a grid of resources, which provides greater flexibility in assigning resources to jobs. During the planning process, an administrator or other user, or software, builds a job-dependency tree. Jobs are then ranked according to priority, pickiness, and network centricity. Difficult and problematic jobs then are assigned resources and scheduled first, with less difficult jobs assigned resources and scheduled afterwards. The resources assigned to the most problematic jobs then are changed iteratively to determine if the plan improves. This iterative approach not only increases the efficiency of the original job schedule, but also allows the planning process to react and adapt to new, ad-hoc jobs, as well as unexpected interruptions in resource availability.

Creation of detailed work plan related to works of assembling a large scale structure, such as plant construction, is aided by enabling parallel works on plural components in a work area and avoiding spatial interference between works. A method for creating detailed work plans includes step of generating component groups by dividing plural components for large scale structure into work assignment units, step of assigning the respective component groups to one or more work teams assigned in an outline process plan, step of creating each detailed work plan by determining the execution sequences of detailed works on component-by-component basis in a corresponding work team, using work sequence restriction and a work priority rule, and step of avoiding work interference that revises the execution sequence of the detailed works such as to avoid overlapping between work spaces among the determined detailed works if spatial overlapping is present among detailed works.

The invention discloses a computer implemented method and system for real-time optimal management of hospital's Emergency Room resources. The system provides optimal work plan for crewmembers and equipment, taking into consideration relevant variables. It uses multivariable optimization techniques to optimize the defined cost functions, which represent overall patient treatment waiting time and cost. Real-time information is provided to both patients and crewmembers. The work plan is continuously updated according to occurring events.

A method, apparatus, data structure and system for scheduling work consistent with and supportive of the strategic objectives of an entity is disclosed herein. In its preferred embodiment, the strategic objectives are defined and the primary strategic objective is chosen along with a measure for the primary strategic objective. Next, a measure for scheduling work is defined and chosen that is consistent with the primary strategic objective and the objective's measure. Next, the constraints to schedule work by are evaluated, the primary constraint selected and the order within the chosen constraint prioritized. The work schedule measure is then calculated for each job in the work queue for the selected constraint. All of the jobs are sorted based upon the calculated work schedule measures with the job having the largest positive impact on the work schedule measure being first. The prioritized job is then scheduled into the prioritized constraint.

A computer implemented method, system, and/or computer program product assigns work to a software factory for implementing a project. A project model of a project is generated. Project model subcomponents are mapped to work packets that are available to a software factory, thus leading to the generation of a work plan for performing the project via an execution of the available work packets.

The invention relates to a power supply plant performance index evaluating method based on a policy library. The method comprising the steps that the policy library of a power supply plant is constructed according to technical supervision and countermeasure standards and the actual conditions of the power supply plant; a regular work plan, an index regular supervision plan and a real-time supervision plan are generated; the implementation of the regular work plan, the index regular supervision plan and the real-time supervision plan is supervised to acquire implementation results; the implementation results are collected, and problems are generated according to the implementation results and a preset problem generation rule; the generated problems are classified, and then a problem libraryis generated; based on the problems in the problem library, the method automatically generates a problem rectification work plan; and the policy library, the regular work plan, the index regular supervision plan, the real-time supervision plan, the implementation, the implementation results, the problem library, the problem rectification work plan and the rectification of the problems are collected to form a large database.

The invention relates to a PDA based onsite maintenance day work planning method, belongs to a dispatching method, and aims at solving the problems that the prior art lacks an accurate dispatching algorithm, the efficiency is low and maintenance resources are wasted. The method comprises the following steps that abnormal points are combined to generate an abnormal work order; the abnormal work order is filtered according to a dispatching area; a shortest path from a maintenance point of the abnormal work order and an arrest point and a mutual shortest path are calculated; a repeated path matrix is generated; the repeated path matrix is scanned to generate an initial route list, and preliminary dispatching routes are obtained; the preliminary dispatching routes are ordered in the descending order of emergency degrees; the preliminary route of the highest emergency degree is selected, and whether points are added to or deleted from the selected preliminary route is determined; and a point adding or deleting algorithm is executed to generate a fine dispatching route, so that the workload of each dispatching route is saturated but not exceed a prescribed workload and the total emergency degree of the route is high. An accurate dispatching algorithm is realized, a maintenance staff can be directly to another place onsite needless of coming back, the efficiency is high, and waste of maintenance resources is low.

A constraint-based framework models and solves the problem of assigning staff, for example a set of cardiologists, to various work-shifts or work-assignments, for example a day shift and a night shift, for a pre-defined scheduling horizon, for example three months. A work-schedule is produced, which is defined as a list of staff-shift or staff-assignment combinations that meet the various criteria set by the staff and the healthcare facility on how the staff need to work. The staff then uses this work-schedule to perform the needed activities for the amount of time specified by the scheduling horizon. The scheduling problem is modeled with the help of constraints and variables to express the physical constraints specified by the staff on their work schedules and the needs of the healthcare facility. By embedding the scheduling model within a software program, a work-schedule is produced quickly that meets the requirements of the staff and the healthcare facility.

An employee, such as a call center agent, is monitored for compliance with a work schedule based on their work location. The call center agent's physical location is periodically monitored by a schedule adherence system that includes a mobile device executing a mobile application. Location information associated with that agent is compared with location information when the agent is working during their scheduled shift. A significant deviation from the known location may be reported as a potential deviation from a defined work schedule for that employee. The call center agent can also be monitored prior to the beginning of a shift to determine if the agent will be arriving at work in time to begin their shift as scheduled. Substitute agents may be scheduled and notified in time to fill the position of the late agent.

Product Lifecycle Management systems, methods, and mediums. A method includes generating a simulation of an environment within a predefined space. The method includes identifying one or more locations and a process for a human to perform a task in the predefined space based on the simulation in response to receiving a request to plan the process. The method includes identifying a time spent at the one or more locations for the task to be performed. The method includes identifying values for exposure to one or more hazardous sources at each of the one or more locations from a file. The method includes calculating an amount of exposure to the one or more hazardous sources in the simulation based on the one or more locations, the process the time spent and the identified functions for exposure from the file. Additionally, the method includes determining whether the amount exceeds a threshold value.

The invention provides an automatic employee management method and apparatus. The method comprises the following steps: a work goal of an employee is obtained, the work goal is broken down into a corresponding work plan, a workload actually completed by the employee at a time node is compared with a workload planned for the time node, and an evaluation result corresponding to the employee is obtained according to a comparison result; a technical problem that automatic employee management cannot be realized via technologies of the prior art is solved, the obtained work goal is automatically broken down to the corresponding work plan, the work plan of the employee can be automatically arranged, the workload actually completed by the employee at the time node is compared with the workload planned for the time node, the evaluation result corresponding to the employee is obtained according to the comparison result, and therefore the employee is automatically evaluated; no manual work is needed, manpower management cost is reduced, employee management efficiency is improved, and a high intelligentization level is reflected.

The invention discloses an implementation method of engineering cost consulting service, which relates to the technical field of engineering construction. The method comprises the following steps: accepting the entrustment of a customer, communicating with the customer and understanding the research engineering situation; preparing the project cost consultation outline according to the project situation, and exchanging views with the entrusting party to reach a consensus according to the content of the consultation outline; forming the project team according to the requirements of the work outline, then starting to implement the specific work plan, forming the consulting opinion, formulating the construction cost consulting service steps, and exchanging views with the auditing unit to determine the final results; forming the consultation result report or opinion, and submitting the report or opinion to the entrusting party for filing. The problem of large engineering cost budget erroris solved, so that users can quickly change the problems encountered in the engineering cost consulting service, so that the engineering cost control more accurate and reasonable.

This shipping work planning system comprises: storage units (3, 2) for storing product information (31), progress information (32), transportation planning information (33), shipping planning information (34), and equipment information; a target loading time calculation unit (52) for calculating target loading times when loading is performed without waiting for cargo; a general work plan preparing unit (53) for determining, so as to meet the target loading times, work to be performed within a time period that is preset with set time period information for the equipment information and cargo handling equipment and cargo transporting equipment to be used for the work; a detailed work plan preparing unit (54) for determining processing times for cargo handling equipment and cargo transporting equipment operations that are determined by the general work plan preparing unit (53); and a plan output unit (6) for outputting the results created with the detailed work plan preparing unit (54). By virtue of this configuration, a work plan for shipping work, by which shipping products are loaded onto a ship, can be created in a short time.

A method of generating building work plans, may include: selecting an area for evaluating an urban renovation project therein; receiving, by a controller, urban renovation data from a first database; identifying, by the controller, at least one building within the selected area, that is suitable for urban renovation by comparing data related to the at least one building with the urban renovation data; receiving, by the controller, from a second database, current architectural data for the at least one building; receiving, by the controller, data related to building rights and requirements, from a third database, for the at least one building; combining, by the controller, the received data related to building rights and requirements, architectural data and urban renovation data; and generating at least one work plan from the combined data.

The invention discloses a cleaning vehicle system based on big data. The system comprises a cloud server, a mobile terminal and cleaning vehicles. The mobile terminal is in communication connection with the cloud server through a wireless network. Each cleaning vehicle comprises an image collection module, an image processing module, a pressure sensor, a communication module, a PWM control circuit, a motor and an MCU. The image collection module is connected with the image processing module. The image processing module, the pressure sensor, the communication module and the PWM control circuitare connected with the MCU. The motor is connected with the PWM control circuit. The MCU is connected with the cloud server through the communication module. According to the system, working plans such as working routes, working time and the vehicle number of the cleaning vehicles can be reasonably planned and moreover, working states of the cleaning vehicles can be smartly adjusted according to road surface rubbish information, energy is effectively saved, and the service life of the vehicles is prolonged.

A process for streamlining job plans for a work management system using parameterized templates is presented. The parameterization of job tasks and any ancillary components allows job plans to be consolidated into job plan templates. Various job plan instances can then be configured using such a template, representing the various configurations of a class of asset. The advantage of this approach is reducing the volume of material that must be maintained for potentially mission critical, safety critical job plans. Furthermore, it allows for the generation of fine-grain job plans for the various subclasses of an asset. Ultimately, it enables an organization to shift focus towards developing the best possible job tasks, which are then reused to develop the best possible job plans.