7 results about "Set up time" patented technology

This product is a timer that measures time and displays the elapsed time and the time remaining until the set time. As shown in the reference front view, multiple buttons are provided for setting the time, allowing for quick and easy setting operations. Also, as shown in the reference diagram showing the stand in the open position, the product can be propped up by opening the stand located on the back.

1. Name of the product in this design: Timer (Little Elf). 2. Purpose of this product design: It is mainly used to set time intervals, and when the corresponding time arrives, the product will emit an sound to remind the user. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

This product is a timer that measures time and displays the elapsed time and the time remaining until the set time. As shown in the reference front view, multiple buttons are provided for setting the time, allowing for quick and easy setting operations. Also, as shown in the reference diagram showing the stand in the open position, the product can be propped up by opening the stand located on the back.

In a printing system, a controller sets a schedule containing a scheduled start date and time and a deadline for completion of a first print job both input by a user, and sets a period from the scheduled start date and time to a final printing acceptable time point of a first print job a time required for execution earlier than the deadline for completion as a printing start permission period for the first print job. The controller determines whether if an interrupt print job is set up and started, the interrupt print job ends before or within the printing start permission period for the first print job. When the interrupt print job ends before or within the printing start permission period, the controller maintains the schedule. When the interrupt print job ends after the printing start permission period, the controller allows a display device to display a warning screen.

The invention discloses a workpiece production data construction method based on time synchronization, and the method comprises the steps: collecting an event timestamp of a current device in a current event, and data link features of the current device in interaction with an adjacent device in the current event, calculating the clock offset of the current equipment in the current event according to the current event and the clock difference between the current equipment in the current event and the adjacent equipment in interaction; setting a timestamp calibration model, calculating a calibration timestamp of the current event according to the clock offset, calculating event-workpiece incompatibility according to the calibration timestamp, and converting the incompatibility into similarity between the current event and the current workpiece; and obtaining a candidate event-workpiece allocation matrix, selecting an optimal event-workpiece allocation matrix from the candidate event-workpiece allocation matrix as a final event-workpiece allocation matrix according to the similarity and the probability that the current event is allocated to the current workpiece, and allocating the event and the workpiece according to the final event-workpiece allocation matrix.

The invention discloses a distributed flow shop group scheduling method and system for a reconfigurable machine tool. The method comprises the following steps: constructing a mixed integer linear programming model based on event points; parameters and variables related to the problem are defined, the objective of the problem is clarified, and a mathematical method is adopted to explicitly express problem constraints; establishing two decomposition models facing the sub-batch sequence and the reconfigurable tool selection, and designing a mathematical heuristic method based on the two decomposition models; designing a mixed initialization method based on a mathematical heuristic method, a domain search operator based on problem knowledge and a reinforcement learning selection framework, and fusing into a multi-target algorithm based on decomposition; and extracting a leading-edge solution set from an algorithm operation result. According to the method, products are divided into sub-batches for scheduling, delay caused by the fact that orders with large delivery date differences are in the same group is avoided, only slight machining time increase is taken as the cost, it is guaranteed that the orders are delivered on time, meanwhile, the tool assembling and setting time is shortened through the reconfigurable machine tool characteristics, and the reconfiguration cost is reduced.

This invention discloses a method, system, and storage medium for improving the quantitative dispensing accuracy of a pump. The method includes the following steps: S1: Inputting the pump's quantitative parameters into the system; S2: Acquiring the initial weight value of the liquid in the storage bottle and detecting the current weight value of the liquid in the storage bottle in real time, calculating the actual consumption of the liquid using the initial weight value and the current weight value; S3: Determining whether the set time in the input quantitative parameters is greater than the accuracy improvement base time; S4: Detecting the running time in real time and determining whether the running time is equal to the set time in the input quantitative parameters. The beneficial effects of this invention are that it forms a closed-loop control by calculating the actual flow rate of the second pump through the actual consumption and theoretical consumption, significantly improving the pump dispensing accuracy under timed and quantitative conditions; the actual accuracy of the pump will not decrease due to factors such as the pump's own accuracy, installation conditions, aging of pump pipes, and wear; it has low requirements for the pump's flow rate accuracy and does not overly rely on the pump's hardware performance.