10 results about "Shift systems" patented technology

This disclosure proposes a shift-based employee scheduling method and related apparatus. The shift-based employee scheduling method includes: acquiring task information and inter-task conflict information; acquiring employee information; acquiring shift information; constructing an integer programming model by setting constraints and an objective function, the constraints including a first constraint requiring that conflicting tasks assigned to each shift can be executed, the objective function being based on multiple objectives; solving the integer programming model using the acquired information to determine the correspondence between employees and shifts and between tasks and shifts, and decoding the correspondence between employees and tasks from the employee-shift and task-shift correspondence information, thereby scheduling employees.

The invention relates to an electric gear shifting system and a vehicle, and the electric gear shifting system comprises a gear shifting actuator which is provided with a shifting block capable of doing pendulum type movement; the shifting fork shaft is fixedly installed on a shell of the electric gear shifting system; the shifting fork is arranged on the shifting fork shaft in a sleeving mode in an axial moving mode, and the shifting fork is movably connected with the shifting block; the pendulum type movement of the shifting block is used for pushing the gear shifting fork to axially move on the shifting fork shaft, and the gear shifting fork is used for pushing the gear sleeve to axially move, so that gear shifting is achieved.

The present application relates to a tool-type support structure and construction method for reinforcing an ultra-thick inner wall, and relates to the field of building construction, which includes an assembled support frame, a side form system and an anti-lateral shift system. The side form system is arranged around the contour of the wall to be cast to form a casting cavity, the assembled support frame is arranged on the side of the side form system away from the casting cavity to support the side form system, and the anti-lateral shift system is arranged between the construction ground and the assembled support frame to limit the movement of the assembled support frame. The present application has the effect of casting the wall without perforation and not interfering with the wiring inside the wall, and at the same time, it can ensure that the wall does not deform during the concrete solidification process.

The present invention proposes an optimization method for two-shift multi-task scheduling considering processing asynchronous speeds. Taking two-shift multi-task processing as the research object, it considers the actual problem of the impact of workpiece switching between different shifts on production goals. By establishing a model for workpiece switching, it studies two-shift multi-task scheduling with additional switching costs for different shifts with different processing speeds, analyzes the relationship between the switching costs of workpiece switching and shifts, designs a pseudo-polynomial time dynamic programming algorithm, and obtains a multi-task scheduling decision plan. The present invention is oriented to production practice, aiming to provide a theoretical basis for enterprises to coordinate the optimization decision of multi-task scheduling in the two-shift working system, and also provide a research model for reference for other types of working modes such as three-shift systems.

The present disclosure provides a ball-type shift control device for an electronic shift system, the ball-type shift control device including a shift operation unit provided on a first hemisphere of a spherical mechanism and operated by a driver of a vehicle to shift, and a design unit provided on a second hemisphere of the spherical mechanism and used for indirect illumination and image transmission. By rotating the spherical mechanism, only the shift operation unit is exposed to the interior of the vehicle through an opening of a housing when a shift operation is required, and only the design unit is exposed to the interior of the vehicle through the opening of the housing when a shift operation is not required.

A method for controlling a shift system of a bicycle includes, in particular during pedaling, (i) acquiring sensor data representing a posture of a rider of the bicycle relative to the bicycle, (ii) recognizing a transition of the rider from a seated position to a standing position based on the sensor data acquired, and (iii) decreasing a gear ratio of the shift system in a controlled manner in response to recognizing the transition of the rider from the seated position to the standing position.

Example aspects of the present disclosure relate to demand shaping by adjusting signals to shift system resource utilization. An example method includes accessing data associated with batched service instances for a batch delivery window. The method includes determining a probability that a user initiates a service instance outside of the batch delivery window is greater than a probability for initiating the service instance within the window. Responsive to determining the first probability is greater than the second probability, determining an incentive predicted to increase the probability of the service instance within the batch delivery window. The method includes generating a selectable user interface element including an indication of the incentive associated with the batch delivery window. The method includes automatically updating the user interface responsive to selection of the user interface to provide the incentive for display alongside a number of available items associated with the batch delivery window.

The invention discloses a rack test method, system and device for a power gear shifting system and a storage medium, and relates to the technical field of gear shifting testing, and the method comprises the steps: controlling the power gear shifting system to drive an inertia loading device to carry out a rotation test, and collecting operation data; and according to the collected operation data, whether the power gear shifting system meets the design requirement or not is determined. According to the invention, the test of the power gear shifting system can be completed only by using one gearbox assembly, the power gear shifting system can be tested on the rack, and the problems of high improvement cost and waste of more improvement time caused by testing after the power gear shifting system is developed to a complete machine stage are avoided.

Systems, methods, and instrumentalities are disclosed herein for intra predictions with linear shifts. In examples, a video decoder may determine an intra prediction mode for a video block. The video decoder may determine whether to use an offset parameter associated with the intra prediction mode to predict the video block. The offset parameter associated with the intra prediction mode may be obtained based on a determination to use the offset parameter to predict the video block. A set of prediction samples for the video block may be determined based on the offset parameter and the intra prediction mode for the video block. The video block may be decoded using the set of prediction samples.

The invention is suitable for the technical field of vector processors, and particularly relates to a vector shifting method and system and a storage medium. The vector shifting system comprises an instruction decoding unit and a vector register file, a microinstruction splitting unit, a microinstruction transmitting unit and a vector shift execution unit; the instruction decoding unit is used for decoding the vector shift instruction; the microinstruction splitting unit is used for splitting the received vector shift instruction into a plurality of microinstructions; if the moving direction is downward, the micro instruction is subjected to reverse processing, and the sequence of the source register address and the destination register address of the micro instruction is reversed; and the vector shift execution unit is used for performing shift processing on the microinstruction according to the source register data and the offset, and writing a shift execution result back to a destination register corresponding to the vector register file. Compared with the prior art, circuit logic multiplexing can be more effectively carried out, and hardware resource overhead is reduced.