19results about How to "Reduce idle wait time" patented technology

The invention relates to the technical field of parallel control systems, and discloses a precise component surface detection method and system based on laser parallel control, and the method comprises the following steps: obtaining all to-be-scanned surface features of the surface of a component, and setting preset working parameters of laser, the number of laser heads and a control period; initializing a state space and an action space; selecting an action from the action space through the trained strategy network; the working state of each laser head is controlled based on the selected action, and surface height data of the precise component are obtained; updating the state space, and regenerating an action space; scanning of all surface features of the surface of the component is completed, and a three-dimensional model of the surface of the precise component is established; performing surface defect detection on the precision component; through deep reinforcement learning and a fine control strategy, the precision component surface laser scanning efficiency and quality are improved, and the scanning cost is reduced.

The technical scheme belongs to the technical field of wood splitting devices, and particularly relates to a wood splitting machine which comprises a rack, a baffle, a wood splitting axe, a two-way rapid oil cylinder and a power unit. The two-way quick oil cylinder and the baffle plate are arranged on the rack; the wood breaking axe is installed at the driving end of the two-way rapid oil cylinder, the wood breaking axe is S-shaped, wood can be split more easily, and a working space used for containing the wood is formed among the rack, the baffle and the wood breaking axe; the power unit is integrated on the rack to provide oil pressure for the two-way rapid oil cylinder; the hydraulic control switch valve and the control valve are stacked and integrated into a whole through the two-way rapid oil cylinder. The main beam is arranged on the machine frame, the tail end of the main beam is bent and upwarped, the tail plate is embedded and welded to the tail end of the main beam, the reinforcing plates are arranged on the two sides of the tail plate, the main beam is formed by cutting an integral sectional material, and compared with a traditional main beam formed by welding three plates, machining procedures of the main beam are reduced; and the bent guide plate is additionally arranged between the baffle and the sliding rail on the main beam, so that the strength of the baffle is improved while residual wood grid chippings are conveniently cleaned.

The invention relates to the technical field of ultrasonic machining, and discloses ultrasonic deep hole machining equipment which comprises a storage assembly, a storage piece, a material storage frame, an inclined face frame, a guide block, a push plate, a supporting box, an inclined face plate and a first spring, the supporting box is fixed to the bottom of the material storage frame, and the inclined face frame is connected with the bottom of the supporting box; and the guide block is fixed at the top of the inclined plane frame. The automatic feeding device has the beneficial effects that workpieces are intensively placed in the material box during machining, the workpieces can be automatically fed during machining, manual one-by-one carrying is not needed, the materials can be conveyed to the machining position, compared with the situation that only one workpiece can be manually carried at a time, and the speed is limited, the feeding time can be greatly shortened, and the machining efficiency is improved. The equipment can be more compactly connected with machining procedures, the idle waiting time is shortened, the machining capacity of the equipment is fully played, and when no workpiece exists in the material box, the feeding mechanism can automatically stop without manual start and stop.

The utility model relates to the technical field of synchronous conveying mechanisms, in particular to a memory card synchronous feeding and discharging detection mechanism. According to the utility model, the two sides of the detection assembly are respectively provided with the feeding support used for feeding and the discharging support used for discharging, and the synchronous transmission mechanism is arranged at the position, corresponding to the detection mechanism, of the workbench, so that the memory card in the feeding support is transferred to the detection assembly through the synchronous transmission mechanism for detection; the synchronous conveying mechanism can transfer the detected memory cards on the detection assembly to the discharging support at the same time, synchronous feeding and discharging of the memory cards are achieved, the idle waiting time of the detection assembly is shortened, the overall detection efficiency is improved, the number of conveying mechanisms is reduced, the overall structure of the detection mechanism is simplified, and the detection cost is reduced. And miniaturization design can be realized conveniently.

The invention relates to a driver departure control method and device, computer equipment and a storage medium. The method comprises the following steps: acquiring driving behavior data of a current driver, determining a driving risk score of the current driver according to the driving behavior data, acquiring passenger evaluation data of the current driver, determining a service quality score of the current driver according to the passenger evaluation data, acquiring historical operation data of the current driver, and determining a service quality score of the current driver according to the historical operation data; according to the historical operation data, determining a revenue efficiency score of the current driver, according to the driving risk score, the service quality score and the revenue efficiency score of the current driver, determining a driving strategy of the current driver, the driving strategy including a driving address and driving time, and sending the driving strategy to a terminal corresponding to the current driver. Therefore, the current driver is controlled to leave. By adopting the method, different drivers can be guided to select proper time periods and go to proper places to receive orders, so that the waiting time of the drivers is shortened, and the order receiving success rate of the drivers is improved.

The utility model belongs to aluminum magnesium alloy stacking technical field especially has aluminum magnesium alloy stacking device with robot cooperation structure, including mounting bracket, be provided with conveyer belt on the front and back side inner wall of mounting bracket, the front side fixed connection of mounting bracket has PLC controller, be provided with correction guide mechanism and attitude correction mechanism from left to right between conveyer belt and mounting bracket, the top rear side fixed connection of mounting bracket has work piece detection sensor, be provided with robot cooperation mechanism on the bottom inner wall of mounting bracket. The utility model structure design is reasonable, and many institutions cooperate and cooperate, reduce manual intervention, promote the stacking efficiency, satisfy the demand of large -scale production, through correction guide, attitude correction, visual positioning, work piece calibration etc. mechanism, ensure work piece delivery, snatch, stacking process precision, stack neatly, reduce the scrap rate, and synergic control, reduce the idle waiting time, improve work efficiency, and high reliability.

The present application relates to tray processing technical field, and discloses a tray nailing equipment, which relates to tray processing technical field.The equipment is provided with a nailing station and two assembly stations, and comprises two tray conveying lines, a jig driving assembly and a nailing device.The tray conveying line comprises a tray jig and a motion control assembly, and the motion control assembly controls the tray jig to have a first path, a turnover path, a turnover return path and a second path.Through the unique turnover path, the tray is automatically turned over in the movement process.The jig driving assembly drives the tray jigs of the two tray conveying lines to move simultaneously, so that they are alternately moved to the nailing station.The present application realizes the automatic turnover of the tray in the conveying process and the double-station alternate nailing, does not need manual turnover of the tray, can effectively reduce the labor intensity of the staff, eliminates the waiting time of the nailing device, and can significantly improve the production efficiency of the tray.

The present invention aims to provide a new multi-station plug-in machine with reasonable design, high automation, high working efficiency and the ability to improve economic benefits. The present invention comprises a cabinet (1), wherein a PCB conveying module (2), a leg bending module (3) and two groups of plug-in modules (4) are arranged in the cabinet (1), wherein the PCB conveying module (2) passes through the cabinet (1) and is connected to a production line for conveying PCB products, wherein the leg bending module (3) is located below the PCB conveying module (2) for bending pins on PCB products, and wherein the two groups of plug-in modules (4) are located above the PCB conveying module (2) for plugging in PCB products on the PCB conveying module (2). The present invention can be applied to the technical field of automation equipment.

The embodiment of the invention provides a compiling server scheduling method and device, electronic equipment and a storage medium, and relates to the technical field of compiling server scheduling. When a target compiling task of a target firmware item is received, searching for first to-be-selected compiling servers supporting the target compiling task, searching for second to-be-selected compiling servers in an unexecuted state from the first to-be-selected compiling servers, and searching for the second to-be-selected compiling servers in an unexecuted state from the second to-be-selected compiling servers; and selecting the most idle compiling server as a target compiling server of the target compiling task. Therefore, compiling server resources can be reasonably utilized to the maximum extent, the idle waiting time of compiling tasks is shortened, the time length of code library loading of developers is shortened, and the efficiency of development testing is improved.

The application discloses oil fragrance cutting and oiling integrated equipment and relates to the technical field of food processing equipment, and aims to solve the technical problems of high labor intensity and uneven application effect of manual oil application in oil fragrance production, poor coordination effect of simple automatic application device and cutting equipment, improper application time, unstable oil supplement, easy equipment failure during operation and high maintenance cost, and the application comprises a cutting mechanism and an oiling mechanism. In the operation process, the cutting and oiling actions are closely matched, the integration and automatic process of cutting and oiling are realized, the production cycle of a single oil fragrance dough is greatly shortened, the overall production efficiency is significantly improved, the demand of large-scale production can be met, the application brush is opposite to the oiling brush, stays on the dough surface for a long time, only temporarily moves up to supplement oil in the gap interval between two doughs, the idle waiting time of the equipment is reduced, and the production efficiency is further improved.

The application discloses a kind of multi-station timing coordination binder jetting additive manufacturing equipment and its printing method, in the multi-station timing coordination binder jetting additive manufacturing equipment, pedestal includes workbench and lamp holder, the top of workbench is equipped with standby position and multiple stations sequentially arranged along first direction;Forming cylinder is placed in station and can be lifted, the top surface of cylinder body is forming surface;Translation frame is slidably installed in workbench and can slide along first direction;Powder dispensing device is installed in translation frame, printing nozzle is slidably installed in translation frame along second direction, first direction and second direction are perpendicular to each other;Drying lamp is installed in lamp holder and is equipped above forming surface;Lifting drive, translation frame, powder dispensing device, printing nozzle and drying lamp are all connected with controller communication.The equipment can realize multi-station batch printing, can reduce the waiting time of printing nozzle, improve the utilization of printing nozzle, to improve the printing efficiency of equipment.

The utility model relates to the technical field of plate processing, and discloses a plate processing feeding device which comprises a bottom plate, a fixing frame is arranged above the bottom plate, the front side and the rear side of the left end of the bottom plate are both connected with first sliding blocks in a sliding mode, and the tops of the first sliding blocks are both connected with first connecting rods in a rotating mode. Second sliding blocks are rotationally connected to the tops of the first connecting rods correspondingly, and the upper ends of the second sliding blocks are slidably connected to the front side and the rear side of the right end of the lower surface of the fixing frame correspondingly. According to the cleaning device, the second motor drives the screw rod to rotate, so that the cleaning rod is driven to move to clean the fixing frame, the collecting opening and the collecting box collect cleaned dust and chippings, and the problems that the device needs to be closed during manual cleaning, consequently, the device cannot work continuously, and the working efficiency is affected are solved; the hydraulic rod drives the second connecting rod and the first connecting rod to move, so that the height of the fixing frame is adjusted, and adjustment can be conducted according to specific scene requirements.

The invention relates to an in-core-group multi-thread optimization method and system based on a SW many-core processor, and belongs to the technical field of electronic information. Comprising the following steps: (1) data preprocessing; separating a dependent operation task from a coring calculation task in the task; (2) the master core and the slave core assist in processing; according to the calculation logic of an original calculation task, a dependent operation task and a slave core calculation task are processed by a master core and a slave core respectively, and parallel operation of multiple instruction streams and multiple data streams in a core group is achieved; (3) slave core calculation optimization; applying for an independent area in the slave kernel LDM to store an intermediate result; in addition, a part of main storage space is applied for receiving the calculation result of the slave core; and when all the threads in the core group reach a preset end position, merging operation results. According to the method, calculation interruption and data errors caused by multiple times of data transmission are avoided, the independence of the slave kernel function is effectively enhanced, and the calculation efficiency is improved.

This invention provides a method for automatic synchronization of multiple databases under an AI platform, belonging to the field of automatic database synchronization technology. This invention initializes the multi-database synchronization topology and deploys a change data capture module to monitor data changes in real time. The captured change records are converted into unified format synchronization messages and input into an intelligent scheduling optimization model for dependency analysis and transaction reordering based on dynamic programming. Data conversion rules are dynamically generated based on mode version differences, and Merkle tree hierarchical structure is used to verify data consistency. After conflict detection and circular dependency handling are performed at the target node, multi-level adaptive compression transmission and data writing are completed. Finally, periodic full reconciliation tasks ensure eventual consistency among the multiple databases, solving the technical problem of low transaction scheduling efficiency leading to synchronization performance bottlenecks during automatic multi-database synchronization.

This invention discloses an intermittent wake-up control method for a patient guidance platform aimed at energy consumption optimization, belonging to the field of wake-up energy consumption optimization control technology. This intermittent wake-up control method for a patient guidance platform aimed at energy consumption optimization includes the following steps: wake-up energy consumption monitoring and judgment, wake-up energy consumption control optimization, and wake-up interaction mechanism optimization. Based on the acquired wake-up interaction data, this invention determines whether to perform effective wake-up interaction energy consumption monitoring. If not, a wake-up interaction anomaly prompt is sent; otherwise, based on the wake-up energy consumption control results, it determines whether to perform wake-up energy consumption control optimization. If executed, intermittent wake-up interaction mechanism optimization is performed after the wake-up energy consumption control optimization; if not executed, intermittent wake-up interaction mechanism optimization is performed directly. This effectively reduces energy consumption during the intermittent wake-up process of the patient guidance platform, solving the problem of energy waste caused by inaccurate intermittent wake-up control in existing technologies.

The present application relates to the technical field of stereoscopic storage automation, in particular to a stereoscopic storage multi-axis linkage intelligent goods shelf position dynamic allocation and scheduling system, which comprises a task analysis module, an environment perception module, a goods position recommendation module, a scheduling optimization module and a plan execution module. The task analysis module receives and analyzes various storage operation instructions in real time. The environment perception module dynamically perceives the real-time state of the whole warehouse area. The goods position recommendation module generates multiple candidate goods position sets for the goods to be stored according to the goods attributes and storage requirements, in combination with the real-time state of the whole warehouse area, by using an improved collaborative filtering algorithm based on the correlation of goods storage characteristics. The scheduling optimization module evaluates each candidate set according to the preset optimization target, selects the final goods position, and generates a detailed storage execution plan containing the collaborative operation path of multiple tunnel stacker cranes. The plan execution module schedules the equipment execution plan and monitors and updates the state in real time.

The invention relates to a thread scheduling method and device, computer equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: submitting a first thread to a thread pool; under the condition that the number of the currently running second threads reaches the maximum core thread number, the first threads are added to a waiting queue, and the first running state of the first threads is output; in response to the monitored first running state, obtaining estimated time consumption of the first thread and estimated time consumption of a plurality of second threads in the waiting queue; determining the first thread with the shortest estimated time consumption in the waiting queue as a first target thread, and determining the second thread with the longest estimated time consumption in the plurality of second threads as a second target thread; and when the difference value between the estimated time consumption of the second target thread and the estimated time consumption of the first target thread is greater than a preset duration, interrupting the operation of the second target thread, and submitting the first target thread to a thread pool. By adopting the method, the thread resource utilization rate can be improved.

The utility model relates to a robot feeding and discharging device which comprises an industrial robot and numerical control machine tools, the industrial robot is arranged between the two numerical control machine tools which are symmetrically distributed left and right, and a placing assembly is arranged between each numerical control machine tool and the industrial robot. The placing assemblies comprise the first placing assembly used for placing a workpiece to be machined and the second placing assembly used for placing a machined workpiece, and the first placing assembly and the second placing assembly are distributed front and back. The industrial robot feeding and discharging device is reasonable in structural design, the industrial robot is arranged between the two numerical control machine tools, one industrial robot feeds and discharges materials for the two numerical control machine tools at the same time, the idle waiting time of the industrial robot is effectively shortened, and due to the fact that the number of the industrial robots is reduced, the overall equipment purchase cost is effectively reduced.

The application provides a model training method and device, and relates to the technical field of data processing. The application provides a model training method. When the method is executed, the original execution log generated by benchmark training of a model is processed to obtain a structured global time sequence data table, the structured global time sequence data table is scanned to obtain an idle time period in a pipeline, the idle time period is filled by using a forward task of a subsequent micro batch to obtain a rearranged task sequence, then, based on the rearranged task sequence, an execution plan file is generated, the training step of the pipeline training is disassembled into atomic instructions according to the execution plan file, and an atomic instruction queue is established, then, the atomic instructions in the atomic instruction queue are dynamically scheduled based on cross-stage dependency detection to determine to-be-executed hardware instructions, finally, the to-be-executed hardware instructions are executed to train the model, and the efficiency of model training is improved.