16 results about "Job production" patented technology

The invention discloses an automatic operation production line for arched supports, and belongs to the technical field of automatic machining. An automatic operation production line of an arch support comprises a press machine and a machine frame distributed along a machining line, and further comprises a feeding conveying roller way arranged at the front end of the machine frame and used for conveying profile steel feeding; the movable sizing part is arranged at the tail end of the feeding conveying roller way and used for positioning a profile steel cutting position, and the cutting machine is arranged on the side edge of the movable sizing part; the stepping transfer part is arranged on the side edge of the movable sizing part, and the stepping transfer part is perpendicular to the movable sizing part; the production procedures of the steel arch frame are reasonably arranged, continuous conveying and machining of profile steel are achieved through various automatic mechanisms, profile steel raw materials are machined into the arch support, the automation degree is high, the labor intensity of workers is reduced, waste of the raw materials is reduced, the production efficiency is high, and good practicability is achieved.

The utility model discloses a mobile platform suitable for automatic loading and unloading of a pay-off machine. The mobile platform comprises a base, the sliding platform is slidably arranged on the base through the sliding part; the fixing mechanism is fixedly arranged on the sliding platform and is used for fixing an empty spool; the sliding plate mechanism is arranged on the sliding platform in a resettable rolling mode and used for bearing the full-disc spool. The tip cone mechanisms are arranged on the two sides of the base. The fixing mechanism and the sliding plate mechanism are additionally arranged on the sliding platform capable of sliding, when the sliding platform drives the full-disc spool located on the sliding plate mechanism to move into the tip cone mechanism, the tip cone mechanism is inserted into the full-disc spool through rolling fit of the sliding plate mechanism on the sliding platform, the full-disc spool is jacked up through conical surface contact, and the full-disc spool is fixed on the tip cone mechanism. When the sliding platform drives the fixing mechanism to be located in the tip cone mechanism, the empty spool falls onto the fixing mechanism after the tip cone mechanism retracts, and therefore automatic spool loading and unloading operation of the spool is achieved, production efficiency is high, operation is convenient, and labor cost is low.

An embodiment of the present application discloses an order processing method, device, equipment and storage medium based on a message queue. The order processing method includes: creating a corresponding message queue for each production line, where the message queue is used to store order information; when it is monitored that new order information is generated, determining the order sub-products in the order information, where each order sub-product corresponds to a production line; generating order execution task data for each order sub-product respectively, and storing multiple different order execution task data into the corresponding message queues respectively according to the enqueue rules of each message queue; controlling the production line corresponding to each message queue to perform job production according to the order execution task data recorded in the message queue. Through the technical solution provided by the embodiment of the present application, the production line processes the orders in an orderly manner according to the order execution task data recorded in the message queue, ensuring the reliability of the transmitted information, avoiding the duplication and loss of order information, providing a targeted and orderly processing mechanism for different types of jobs on the production line, and improving the production efficiency.

This invention provides a flexible production line control method and system based on a large vertical domain model. The method includes: constructing a pruning index combining temporal stability and spatial similarity for the original large vertical domain model to evaluate the redundancy of the activation tensors in the intermediate layers, and performing structured pruning accordingly to obtain a sparse structure model; performing mixed-precision quantization on the pruned model: allocating quantization bits according to the sensitivity of each network layer weight to task loss, and calculating scaling factors and zeros based on the range of non-zero weights to represent sparse weights; calculating the output deviation between the quantized pruned model and the original model under the same input, and training a feedforward network with the former's output as input to fit and compensate for the output deviation; combining the quantized pruned model and the feedforward network to form a composite control model; after deployment, adding the output command of the quantized pruned model to the compensation vector during inference to generate control commands.

The logistics packaging box intelligent welding device comprises a supporting base, a rotating frame capable of rotating around a horizontal shaft is installed on the supporting base through a bearing, a chain conveying mechanism is arranged below the rotating frame, and turnover mechanisms are installed at the upper end and the lower end of the rotating frame correspondingly; the output end of the turnover mechanism is connected with a working frame, and a plurality of groups of clamping mechanisms are mounted on the working frame; welding protective covers are slidably mounted at the upper end and the lower end of the rotating frame correspondingly, and a driving mechanism is mounted on the side portion of the rotating frame and used for driving the two welding protective covers to move synchronously. According to the intelligent welding device for the logistics packaging box, the chain conveying mechanism, the jacking module, the clamping mechanism, the turnover mechanism, the suction assembly and other functional units are integrated, automatic material feeding, precise positioning, stable clamping and posture turnover to welding smoke treatment are completed, alternate continuous operation of an upper station and a lower station can be achieved, and the production efficiency is high.

The utility model discloses a pusher propulsion depth counter, which relates to the counter field, and comprises a roller carrier, a plurality of groups of guide wheels are movably arranged in the roller carrier, a slide block is movably arranged in the roller carrier, a roller is movably arranged in the slide block, a roller shaft is arranged in the middle of the roller in a penetrating manner, and a plurality of groups of guide wheels are movably arranged in the roller shaft. A flexible shaft is arranged at the end of the roller shaft, an adjusting assembly is arranged on one side of the roller frame, and a push rod is arranged in the roller frame in a penetrating mode. The propelling linear motion of the push rod is converted into the rotary motion of the roller and is transmitted to the counter through the flexible shaft, so that the propelling depth is accurately displayed in real time, an accurate data basis is provided for propelling construction, the propelling construction quality is ensured, the construction process requirements are met, remote control can be realized, and the construction efficiency is improved. The construction effects that operation is easy and convenient, the labor intensity of workers is small, display is accurate, remote control can be achieved, and the construction quality is good are achieved, and then the production efficiency of deep hole feeding operation is improved.

The invention provides an industrial lighting system based on human factor engineering, and the system comprises a light guide module which is used for introducing natural light into an operation production area; the lamp module is used for providing illumination required by production; the monitoring module is used for monitoring illumination and personnel states of an operation production area; the data analysis module is used for carrying out daytime dimming and night dimming, and when the data analysis module carries out daytime dimming, if the illumination detected by the monitoring module is smaller than the set minimum illumination, the data analysis module outputs a dynamic illumination dimming strategy, so that the lamp module carries out illumination light supplement to reach the set minimum illumination; when the data analysis module carries out night dimming, a dynamic illumination dimming strategy is output according to the sum of the light stimulation equivalent illuminance under the night minimum illuminance condition and the sum of the daytime light stimulation equivalent illuminance, so that the illumination of the lamp module is reduced to the set minimum illuminance. The system not only can reduce energy waste, but also can protect the health of people.

The utility model relates to the technical field of well repair operation, in particular to a pipe rod arranging box which comprises a pipe box body, two lifting bearing rods which are connected in a sliding mode in the vertical direction are arranged in the pipe box body, and the two ends of each lifting bearing rod are in transmission connection with lifting driving pieces. The pipe box comprises a pipe box body, cross arm folding and unfolding devices are arranged at the two ends of the pipe box body, at least two middle supporting pieces are hinged to the top of one side of the pipe box body, a first hydraulic cylinder is hinged to the bottom of each middle supporting piece, and length measuring devices are arranged on the sides, away from each other, of the two middle supporting pieces. Clamping grooves used for limiting the two ends of a cross arm are formed in the inner side wall of the pipe box body in the height direction, the cross arm can ascend and descend in the clamping grooves, various potential safety hazards on site are effectively eliminated, the operation production efficiency is improved, and the labor intensity of site workers is greatly reduced.

The automatic production line for unsaturated resin button blanks of the present invention comprises a frame, a mold tube rack, a rod material conveyor belt and a conveying mechanism. The frame is in a U-shaped shape as a whole. A washing station, a rinsing station, a drying station, a wax dipping station, a first cooling station, a second cooling station and a waiting station are sequentially arranged on the rear frame, and a filling station and a finished product discharging station are sequentially arranged on the front frame. After passing through the finished product discharging station, the mold tube rack returns to the washing station through the conveying mechanism. Through this technical solution, manual operation can be completely eliminated, and the production line can perform mold tube cleaning, mold tube drying, mold tube wax dipping, mold tube bottom sealing filling, cooling demolding and rod slicing, realizing fully automated and mechanized production. The original operation of more than seven people has been reduced to two people, and the output has been increased from one ton per shift to five tons per shift, which not only changes the working environment but also greatly improves the productivity.

The invention provides a digital twinning method and system for a cutting operation production process of tunneling equipment. The method comprises the following steps: acquiring data such as a cutting roller track, a coal wall position, a cutting boundary and a cutting state based on multi-source sensing of a cutting arm and each moving part of the cutting arm; based on the multi-axis geometrical relationship, the control mechanism and the spatial position of the cutting arm, constructing a digital three-dimensional working scene of the cutting arm, the roadway and the cutting section of the cutting arm; the operation process, the motion trail and the boundary points of the cutting roller in the coal wall section are visually cut in the digital twinning process; on the basis of multi-source data perception, simulation and prediction, cutting roller boundary points are accurately obtained; on the basis of off-line simulation, different working environment data are applied in advance to obtain optimal control parameters; on the basis of online simulation, each control parameter is adjusted in real time to adapt to an uncertain working environment; the service life prediction of the cutting arm and key parts thereof is realized through multi-source data; by means of digital twinning, coal wall section cutting process visualization, cutting operation simulation, cutting part service life prediction and health diagnosis are achieved.

The utility model discloses a machining device for mechanically manufacturing welding nozzles, relates to the technical field of welding nozzle manufacturing, and solves the problems that only a single workpiece can be polished generally, multiple groups of welding nozzles are difficult to polish and machine synchronously in batches, the machining efficiency is lower, the production efficiency of the welding nozzles is not favorably improved, more manual steps are involved, and the production cost is low. And certain limitation is caused. The machining device for the mechanically-manufactured welding nozzle comprises a base; the base adopts a rectangular plate structure; lower rollers with circular plate-shaped structures are rotationally arranged in a rectangular groove in the middle of the top of the base in an arrayed manner; the two sides of the top of the base are each fixedly provided with a set of first sliding rails. A sliding block of a rectangular plate structure is slidably arranged between the two first sliding rails. Upper rollers with circular plate-shaped structures are rotationally arranged in a rectangular groove in the bottom of the sliding block in an arrayed manner; and batch operation production is carried out, so that the production efficiency is greatly improved, and the productivity is favorably improved.

The invention discloses an automatic production line for replacing manual operation to produce inductors. Comprising an automatic magnetic ring feeding mechanism, an automatic winding mechanism, a wire tail correcting and wire tail cutting mechanism, a magnetic ring side face connecting mechanism, an automatic PIN foot feeding mechanism, a product head connecting mechanism, an automatic wiring mechanism, an automatic residual wire cutting mechanism, an automatic terminal tinning mechanism and a discharging mechanism. A conveying mechanism is arranged among the multiple mechanisms, and a jig for clamping the magnetic ring and the product is placed on the conveying mechanism; automatic operation replaces manual operation to complete product production, the labor intensity of workers is reduced, meanwhile, the efficiency is improved, the consistency of products is kept, and therefore the quality of the products is conveniently guaranteed.

The present invention discloses a silicon steel sheet magnet stratifying device, which includes a first and a second material receiving and docking mechanism and a stratifying mechanism. The first material receiving and docking mechanism is used to receive the workpieces conveyed from the previous process; the second material receiving and docking mechanism is used to cooperate with the first material receiving and docking mechanism to jointly transfer the workpieces located on the first material receiving and docking mechanism to the executing component of the stratifying mechanism; the executing component can stack multiple workpieces, and can also act on the workpieces to stagger the magnets on the multiple workpieces, obtaining semi-finished products that have completed the stratifying operation; the executing component can also cooperate with the second material receiving and docking mechanism to transfer the semi-finished products to the subsequent process injection molding machine. The structure of the silicon steel sheet magnet stratifying device is novel and reasonable, which can replace manual labor to realize the automatic stacking of multiple layers of silicon steel ring sheets and the automatic staggering stratification of magnets, with high production efficiency, reliable production quality, high production safety, and also reduces the labor cost and the labor intensity.

The invention discloses a printing work order production control method, and relates to the field of printing manufacturing, and the method comprises the steps: obtaining the technical specification characteristic parameters of a printing work order through a set algorithm; according to the technical specification characteristic parameters of all the printing work orders, the printing work orders are grouped according to a set grouping rule; the production sequence of the grouped printing work orders is optimized according to a set printing work order sorting method, and an optimized production plan instruction is issued to a machine terminal; receiving real-time work reporting information fed back by the station terminal, and dynamically updating the production progress and state of the printing work order; according to the invention, technical specifications of printing work orders can be automatically extracted and intelligently grouped and sequenced, non-production time is effectively reduced on the premise of ensuring delivery time, emergency order insertion and dynamic adjustment of production plans are supported, automatic issuing and execution tracking of plan instructions are supported, the work orders can directly reach a machine terminal and real-time work report feedback is realized, and production efficiency is improved. And the accuracy and transparency of production execution are improved.

The present application relates to an intelligent production method and system for stamping parts of air conditioner casings, and relates to the field of intelligent production technology. The method includes obtaining a production schedule and the original operation type of each punching machine; determining the required production type and the corresponding required production quantity of the stamping parts in the production schedule; determining the operation production efficiency of the required production type according to a preset efficiency matching relationship, and calculating the required production time according to the operation production efficiency and the corresponding required production quantity; performing a production simulation according to the required production time and all required production types to determine the effective time axis set and the effective time; determining the effective time axis with the smallest value according to a preset sorting rule, and defining the corresponding effective time axis set as the use time axis set according to the effective time, and controlling the corresponding punching machine to perform the operation according to the use time axis set. The present application has the effect of improving the overall production efficiency of air conditioner casing stamping parts.

The invention discloses intelligent lock frame forming equipment. Comprising a rack, a left side mounting base, a right side mounting base, a front end material pressing mechanism, a left side front end corner bending mechanism, a right side front end corner bending mechanism, a left side front-back displacement adjusting mechanism, a left side lifting mechanism, a left side rear end corner bending mechanism, a right side front-back displacement adjusting mechanism, a right side lifting mechanism and a right side rear end corner bending mechanism. The square intelligent lock frame bending device is reasonable in structural design, capable of completing automatic bending operation of a square intelligent lock frame, high in production efficiency, stable and reliable in operation and capable of improving the production quality of products and reducing the production cost.