13 results about "Shift schedule" patented technology

The invention relates to the technical field of warehouse environment risk monitoring, in particular to a warehouse environment risk monitoring method and system, and the method comprises the following steps: obtaining a scheduling table and current operation time of forklift drivers or inspectors in a target warehouse, collecting a task load factor of a current task type and the temperature and noise level of an operation area, and obtaining a task load factor of a current task type; and calculating to obtain a scene fatigue risk value. According to the invention, by analyzing the scheduling data and real-time task load and environmental pressure indexes of the forklift driver and the inspector, the comprehensive influence of the personnel operation state and the environmental condition on the fatigue risk is quantitatively evaluated, so that the risk evaluation basis is more comprehensive and specific, and the oneness of risk judgment is avoided; according to the method, a warehouse layout map and cargo distribution information are obtained in real time, and multi-source risk factors are associated into specific warehouse grid units in combination with readings of fire smoke and toxic gas sensors in the warehouse, so that fusion of finer space granularity and more comprehensive risk information is realized.

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.

A system and method for selecting a shift schedule of a hybrid vehicle (11). The hybrid vehicle (11) includes a hybrid powertrain (25) having a motor-generator unit (MGU) (27), a battery (29) electrically connected to the motor-generator unit (27), an engine (31), and a transmission (35) engageably connected to the engine (31) and the motor-generator unit (27). The hybrid vehicle (11) also includes a controller (23) for controlling the hybrid powertrain (25). Upon reaching a trigger speed, the controller (23) is configured to select a shift schedule from a plurality of shift schedules, based on a state of charge of the battery (29).

A method and system identifies interactions of a user with one or more medical devices, determines, based on the one or more interactions and a predetermined set of rules, a compliance score associated with the first user, in response to the compliance score not satisfying a threshold compliance score, and reducing an access level of the user to at least one of the one or more medical devices and generates a training program associated with the at least one medical device and the one or more interactions, and automatically, without user involvement, sends a training package associated with the training program to the user and notifies the user to complete the training program using the training package. The system and method also generates a new shift schedule for clinicians responsive to a first shift schedule not satisfying criteria and the clinicians not satisfying respective performance scores.

Systems adapted for counter offering shift trades and methods, and non-transitory computer readable media, include monitoring a shift schedule for a set of agents using certain parameters; identifying a shift trade request from a source agent; identifying a set of tradeable shifts for the source agent; sending the shift trade request and the set of tradeable shifts to a set of target agents; receiving a counter shift trade request from a target agent, wherein the counter shift trade request comprises a tradeable shift within the set of tradeable shifts selected by the target agent; sending the counter shift trade request to the source agent; and wherein when the source agent accepts the counter shift trade request, the shift schedule is updated based on the counter shift trade request; and sending a schedule notification to the source agent and to the target agent regarding the updated shift schedule.

This invention provides a method, apparatus, equipment, storage medium, and product for scheduling a pulsed production line. The method involves inputting static information about the current scheduling problem into a resource prediction agent to obtain the predicted peak value of each type of production resource output by the resource prediction agent; inputting the static information about the current scheduling problem, the predicted peak value of each type of production resource, and the current shift schedule into a process scheduling agent to obtain the probability value of each process as the next shift schedule output by the process scheduling agent; determining the next scheduling plan based on the probability value of each process as the next shift schedule; and executing the scheduling process on the pulsed production line according to the next scheduling plan. If there are still processes on the pulsed production line that have not been started, the above steps are repeated; otherwise, the scheduling of the pulsed production line ends. This invention achieves load balancing of the pulsed production line and improves the scheduling accuracy of the pulsed production line.

A system and method for selecting a shift schedule of a hybrid vehicle. The hybrid vehicle includes a hybrid powertrain having a motor-generator unit, a battery electrically connected to the motor-generator unit an engine, and a transmission engageably connected to the engine and the motor-generator unit. The hybrid vehicle also includes a controller for controlling the hybrid powertrain. Upon reaching a trigger speed, the controller is configured to select a shift schedule from a plurality of shift schedules, based on a state of charge of the battery.

We provide a childcare facility management support sheet and a collection of childcare facility management support sheets that are easy to use, can streamline administrative tasks, and support the smooth and safe operation of childcare facilities. [Solution] Staff attendance shift information is entered and used as multiple Ninth Childcare Facility Management Support Sheets for multiple patterns with different staffing levels and working hours. One of the Ninth Childcare Facility Management Support Sheets included in the multiple Ninth Childcare Facility Management Support Sheets is an attendance shift schedule for multiple non-consecutive weeks over a year, and the multiple Ninth Childcare Facility Management Support Sheets together function as an attendance shift schedule for a year, and multiple fields are provided for information to be entered by the staff of the childcare facility regarding facility management.

An employee shift scheduling and attendance management system is disclosed. The system includes an employee presence detection subsystem configured to detect the arrival of employees using an identification mechanism, a shift scheduling subsystem for generating and managing shift schedules, and a real-time monitoring module to compare arrival data with scheduled shifts. A communication module automatically contacts absent or delayed employees, while a scheduling engine assigns replacements based on criteria including overtime limits, skill data, and regulatory compliance. An automated rescheduling module updates staffing assignments through detection, policy, ranking, and outreach submodules. The system further integrates a training content delivery platform that presents interactive content during sign-in, tracks completion as a key performance indicator, and restricts activation to verified worksites, ensuring compliance, readiness, and workforce efficiency.

An access control system including an electronic lock, a storage unit, a proximity card reader and a control unit is provided. The storage unit stores a shift schedule including multiple scheduled personnel data. The proximity card reader reads a proximity card to obtain personnel information. When the proximity card reader reads the proximity card, the control unit obtains one of the scheduled personnel data from the storage unit according to the personnel information, and the control unit determines whether the current time matches the time slot field corresponding to the one of the scheduled personnel data. When the control unit determines that the current time matches the time slot field corresponding to the one of the scheduled personnel data, the control unit unlocks the electronic lock. Furthermore, an access control method is also provided.

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 an automatic shift generation device, an automatic shift generation method, and an automatic shift generation program capable of reducing time and labor for a user to manually correct a shift table.SOLUTION: The automatic shift generation device includes an acquisition unit 211, a generation unit 212, an evaluation unit 213, and an adjustment unit 214. The acquisition part acquires a plurality of rules related to shift and the importance of each rule. The generation part generates a plurality of shift tables of the next generation by evolving a plurality of shift tables as a plurality of individuals of the current generation to a plurality of shift tables of the next generation on the basis of the rule and the importance by using a genetic algorithm for evolving the plurality of individuals of the current generation to the plurality of individuals of the next generation. The evaluation unit evaluates the degree of achievement of the rule for each of the generated shift tables. The adjustment unit specifies a rule whose degree of achievement is to be improved among the plurality of rules, and adjusts the degrees of importance of the rules other than the specified rule to be lowered or prompts the user to lower the degrees of importance of the rules other than the specified rule.SELECTED DRAWING: Figure 6

To provide a shift management server, a method for managing a shift, and a program capable of deriving the shortage number of staff on the basis of a work shift.SOLUTION: A shift management server includes: a reception unit for receiving shift requests of a plurality of first part-time workers who perform regular work; a shift creation unit for creating shift tables of the plurality of first part-time workers who perform regular work based on the shift requests received by the reception unit; and a derivation unit for deriving dates in which the number of assigned workers is insufficient and the corresponding insufficient number of workers from the shifts of the first part-time workers created by the shift creation unit.SELECTED DRAWING: Figure 2