6results about How to "Improve production management efficiency" patented technology

The utility model discloses a self-circulation device for a homogenizing bin. The self-circulation device comprises the homogenizing bin, a feeding device, a homogenizing storage bin, a circulation unit, a material level detection device and an alarm device. The top of the homogenizing bin is communicated with the feeding device; the bottom of the homogenizing bin is communicated with the homogenizing storage bin; the circulating unit comprises a circulating pipeline and a fan, the circulating pipeline is communicated with the homogenizing storage bin, and the top end of the circulating pipeline is communicated with the top of the homogenizing bin; the fan is mounted on the circulating pipeline; the material level detection device comprises a first material level detector and a second material level detector which are connected with the fan and the alarm device through circuits; the first material level detector is mounted at a preset homogenization starting material level height, and triggers the fan to start and the red light of the alarm device to light when detecting the material; and the second material level detector is mounted at a preset homogenization stop material level height, and triggers the fan to stop and the green light of the alarm device to light when detecting the material. The product stability is improved, the production management efficiency is improved, and the safety of the production process is enhanced.

The utility model relates to the technical field of aluminum electrolysis cell guide rod equidistant pressure drop detection, and discloses a high-precision aluminum electrolysis cell guide rod equidistant pressure drop detection device, which comprises a control system box, a touch screen and a mobile detection device, the mobile detection device is connected with the control system box through a 485 communication line, the mobile detection device is arranged in the electrolytic bath, a touch screen is arranged on the outer side of the control system box, the touch screen is connected with the side wall of the control system box in a matched mode through an adaptive screw, and the touch screen is connected with a circuit board in the control system box through a 485 communication line which is the same as the 485 communication line. The high-precision isometric pressure drop detection device for the guide rod of the aluminum electrolysis cell effectively researches a guide rod parameter distributed online detection technology adapted to the space and environment of the electrolysis cell and a technology easy to install and operate, and develops a centralized monitoring control device for the guide rod parameter of the aluminum electrolysis cell, which is low in cost, easy to install, high in precision and high in reliability.

The application provides a kind of intelligent scheduling method and system based on data layering, it is related to intelligent workshop scheduling technical field. Specifically includes: integrating workshop multi-source production data, constructing digital twin layer, constructing workshop digital twin model for whole workshop data, further dividing high-frequency update equipment model according to the frequency of equipment data update;According to the difference of data frequency, the digital twin model is dynamically updated in layers;Based on model output, collaborative realization equipment maintenance and production scheduling, process evaluation and iterative optimization of digital twin model are carried out.The application integrates multi-source production data, implements hierarchical dynamic scheduling combined with data frequency difference, avoids full model redundant operation, improves scheduling response efficiency, reduces equipment downtime, achieves the intelligent whole-process collaborative scheduling goal of significantly improving workshop task completion efficiency and equipment utilization.

The application relates to the technical field of disc head placing devices, in particular to a disc head placing device and placing method special for a small sample warping machine, which comprises a base plate, a protective cover is arranged above the base plate, a disc head special for the small sample warping machine is arranged between the base plate and the protective cover, and an inserting cylinder is fixed to the top surface of the base plate and the bottom surface of the top plate of the protective cover. The beneficial effect is that the two ends of the disc head special for the small sample warping machine can be inserted into the inserting cylinder by arranging the inserting cylinder on the top surface and the bottom surface of the base plate and the protective cover, rubber pads are arranged on the upper and lower sides of the disc head, and rubber covers are arranged outside the inserting cylinder. The multiple designs make the disc head be firmly clamped between the base plate and the protective cover, the elastic deformation of the rubber pads and the rubber covers further enhances the stability of the fixation, effectively avoids the disc head from swinging during use, protects the disc head from being damaged, prolongs the service life of the disc head, and guarantees the safety of surrounding equipment and personnel.

This invention discloses an air compressor control system, which specifically includes: a data acquisition module for acquiring multi-source heterogeneous operating parameters of the air compressor; a modeling module for embedding the multi-source heterogeneous operating parameters into a high-dimensional phase space and learning a low-dimensional Riemannian manifold model of system evolution through a diffusion mapping algorithm; a construction module for constructing a thermodynamic potential function of the inflation process as a constraint condition for system evolution; a control module for predicting the future state of the system based on the low-dimensional Riemannian manifold model and geodesic equations, and calculating control commands in conjunction with the thermodynamic potential function; and an execution module for responding to control commands in real time and adjusting the operating parameters of the air compressor in a closed loop. This invention utilizes phase space reconstruction to embed multi-source heterogeneous operating parameters into a high-dimensional phase space, employs a diffusion mapping algorithm to learn a low-dimensional Riemannian manifold model of system evolution, solves geodesic equations on the manifold to predict the future state of the system, and anticipates pressure change trends in advance, thereby improving the control accuracy of the inflation process.

The utility model belongs to the technical field of fixing devices, and particularly relates to a stamping device for machining metal parts, which comprises a stamping component, a material collecting component is arranged on the right side of the stamping component, and a buffer component is arranged at the inner end of the material collecting component. The problems that in the prior art, an automatic waste separation and storage mechanism is lacked, waste is prone to being accumulated and wound in the collecting process, the cleanliness of the working environment is affected, shutdown overhaul is possibly caused by the fact that equipment is blocked by the waste, and the non-production time is prolonged are solved. The hydraulic driving part is matched with the stamping top die and the stamping bottom die to achieve rapid stamping forming, the cutting transverse knife automatically separates the waste plate body, manual intervention on the waste treatment link is not needed, meanwhile, the waste transfer and treatment process is conveniently planned in time, and the production management efficiency is improved.