9results about How to "Maximize processing efficiency" patented technology

The utility model relates to the technical field of rolling equipment, in particular to an efficient roller press grinding device which comprises a machine body and a material guiding device, a pressing roller is arranged in the machine body, a feeding hopper is installed on the upper surface of the machine body and located above the pressing roller, the material guiding device is located on the surface of the feeding hopper, and the material guiding device is arranged above the pressing roller. The material guiding device comprises a partition plate, the partition plate is fixedly connected with the inner wall of the feeding hopper, the inner wall of the partition plate is rotationally connected with a material guiding plate, a control rod is placed on the feeding hopper, a sliding groove is formed in one side of the material guiding plate, one end of the control rod is inserted into the sliding groove, and one end of the control rod is fixedly connected with a limiting block. And a positioning groove is formed in one side of the feeding hopper. According to the material guiding device, materials can be conveniently separated and guided, the probability that the materials are frequently stacked in the middle, and consequently feeding is slow is reduced, the material processing efficiency is maximized, and production of equipment is facilitated.

The present invention relates to an integrated aeration loop overflow device and a sewage treatment system, comprising a sewage treatment tank, an integrated aeration loop overflow device arranged in the upper part of the sewage treatment tank, and an aeration device arranged below the integrated aeration loop overflow device; the integrated aeration loop overflow device comprises a first guide channel formed by vertically arranged plates, a second guide channel formed by plates in a trumpet shape and connected to the bottom of the first guide channel, and an outer guide channel formed by vertically arranged plates and sleeved on the outer periphery of the first guide channel; the height of the outer guide channel is greater than the height of the first guide channel, and the top of the first guide channel is configured not to exceed the highest water level of the sewage to be treated. By adopting the above technical solution, the sewage treatment efficiency is improved and the operating energy consumption is reduced.

The invention provides a double-branch order information prediction method, a computer device and a storage medium, and the method comprises the steps: creating an order, and inputting the front information of the order; performing prediction according to the preposed information by using a preset time prediction model to obtain initial time consumption parameter information related to an execution link of the order; generating a preset number of order execution alternative schemes according to the initial time consumption parameter information; and performing period violation risk prediction on all the order execution alternative schemes by using a preset period violation risk assessment model, and outputting period violation risk information corresponding to each order execution alternative scheme. By applying the double-branch order information prediction method, the accuracy of order prediction can be improved, order risk assessment is optimized, and the method adapts to dynamically changing market environments and production scheduling requirements.

The invention provides an organic solid waste pyrolysis treatment device which comprises a crawling ladder, a control box, a second-stage heat treatment assembly, a switch assembly and a second-stage heat treatment assembly, and the second-stage heat treatment assembly used for conducting secondary pyrolysis on organic solid waste is installed on the lower side of the right portion of the crawling ladder. The invention further provides an organic solid waste pyrolysis treatment device and method, at the beginning of starting of the device, a switch piece of the device needs to be checked firstly, it is ensured that a butterfly valve in the switch piece is in a closed state, and compared with the prior art, the organic solid waste pyrolysis treatment device has the following beneficial effects that the first-stage heat treatment assembly is arranged, so that the safety of the device is improved; organic solid waste can be continuously subjected to pyrolysis treatment through cooperation of the first-stage heat treatment assembly and the second-stage heat treatment assembly, the organic solid waste treatment capacity of the whole device is greatly improved, and through arrangement of a first conveying part, a second conveying part and a third conveying part, the effect and efficiency of secondary pyrolysis of the organic solid waste can be improved; therefore, the organic solid waste can be thoroughly pyrolyzed before being discharged.

The application discloses a distributed adaptive framing output method based on large-range remote sensing images, and relates to the technical field of remote sensing image processing. The preprocessed large-range remote sensing images are stored in a COG format, the framing size and quantity are dynamically adjusted in combination with the target area range and resolution, the tasks are distributed by a data locality perception scheduler after Z-order curve sorting, the computing nodes load the framing data with a buffer area, the framing data is interpreted by a random forest, and the buffer area is cropped, finally, the virtual data set is aggregated, efficient distributed parallel processing of the large-range images is realized, the I / O bottleneck and the computing resource limitation are effectively relieved, the context missing problem on the framing boundary is solved, the intelligent interpretation efficiency and precision are improved, and the multi-resolution on-demand rendering and elastic expansion are supported to adapt to the data scale growth.

The invention provides a display screen data processing method and system, and the method comprises the steps: S1, obtaining to-be-displayed original image data, and forming a source display data signal; s2, carrying out real-time analysis and semantic segmentation on the source display data signal, and generating a content feature signal containing attribute tags of each region according to the real-time analysis and semantic segmentation; s3, synchronously monitoring the current operation load, the available transmission bandwidth and the power consumption state of the data processing system, and generating a system state monitoring signal; s4, jointly inputting the content characteristic signal and the system state monitoring signal into a strategy decision engine, wherein a strategy control signal comprises a compression coding strategy, a rendering priority and a transmission scheduling instruction which are assigned for different content areas; and S5, according to the strategy control signal, generating and outputting a driving display signal for driving the target display screen to carry out picture display. The problems of low efficiency and overhigh energy consumption caused by the fact that resources cannot be intelligently allocated when the display screen processes the mixed content are solved.

The invention discloses a fisheye image multi-branch adaptive enhancement method and system based on hardware state perception, and the method comprises the following steps: collecting hardware parameters, such as memory utilization rate, calculation utilization rate, temperature and the like, in real time through a GPU state monitoring module, and obtaining a comprehensive budget value through normalized score and weighted summation; and the strategy selection module adaptively selects an enhancement strategy from three differentiated neural network branches of fast, balanced and high-quality in combination with a budget value and time constraint. Dynamic balance of fisheye image enhancement quality, processing efficiency and system stability is achieved, the GPU resource utilization rate is improved by 25%, the system stability is improved to 99.5% or above, real-time processing at the frame rate of 30 fps or above is supported, and the method is suitable for fisheye monitoring, vehicle-mounted surround view and other scenes and can be expanded to wide-angle image, super-resolution reconstruction and other tasks.

The invention relates to the technical field of corrugated pipe machining, and discloses a large-diameter corrugated pipe sealing ring forming process which comprises the following steps: adjusting the distance between two corresponding corrugated pipe supporting rollers of a first supporting roller frame and a second supporting roller frame in corrugated pipe supporting roller frames according to a preset distance adjusting strategy; a die head fixedly arranged on a discharging port in the sealing ring extrusion molding mechanism is aligned to the to-be-machined position of the large-diameter corrugated pipe, a discharging through hole is formed in the die head in the direction of the discharging port, and a vertical flow guide groove communicated with the discharging through hole is formed in the die head; the corrugated pipe heating mechanism is also aligned to the to-be-machined position corresponding to the to-be-machined large-diameter corrugated pipe; a first motor on a first supporting roller frame is started, and one corrugated pipe supporting roller is driven to rotate; and the sealing ring extrusion molding mechanism and the corrugated pipe heating mechanism are started, and in the rotating process of the large-diameter corrugated pipe, the to-be-machined position is sequentially heated by the corrugated pipe heating mechanism, and sealing materials are adhered to the to-be-machined position by the sealing ring extrusion molding mechanism.

The invention discloses a steep pulse perforation ablation sudden stop energy release control system and method, and relates to the technical field of perforation manufacturing, the system calculates and obtains an energy release control index Snkz through a comprehensive energy release analysis module by calculating an energy diffusivity Ks and a heat affected zone area Ry and combining a perforation temperature Ckwd; and the diffusion behavior of heat in the material and the temperature change trend are predicted. The system sets a pulse frequency threshold F2, and generates an optimized energy release strategy through comparison and evaluation with an energy release control index Snkz. When the energy release control index Snkz exceeds the pulse frequency threshold F2, the system reduces and adjusts the pulse energy E and the pulse frequency f, reduces the heat output and prevents the material from being overheated; when the energy release control index Snkz is lower than the pulse frequency threshold F2, the system properly increases the pulse energy E and the pulse frequency f, the machining efficiency is improved, and the system can maximize the machining efficiency and the heat control effect on the premise of ensuring safety.