34results about How to "Reasonable optimization" patented technology

The invention relates to a process for treatment of heavy metal and recovery of an inorganic salt and especially to a process for preparing basic chromium sulfate by using a waste chromium material. In the process, a waste chromium liquid storage tank, an acidifying device, a reduction device, a reaction vessel, a condensation kettle, a press filtration device, a spray drying device and a gas purifying device are utilized; the process comprises the following steps: collecting electroplating and other chromium-containing waste liquid and waste residue, adding the collected waste liquid and waste residue into an acidifying reaction vessel, optimizing a formula for reagents, removing other impurity components except chromium components through addition and reaction of the reagents and press filtration, carrying out further dehydration by adjusting the condensation kettle for further reaction and preparing the product of basic chromium sulfate by using a centrifugal spray drier. The process provided in the invention is optimized, reasonable, simple and easy, makes the most of natural resources and natural conditions, has the advantages of low production cost, small investment and high yield and enables the problem of waste chromium pollution to be effectively overcome and the waste chromium material to be processed into inorganic chemical products, thereby producing remarkable environmental and economic benefits.

The present invention provides a multi-channel high-bandwidth data exchange method based on FPGA stacking. The equipment used in the method includes switching boards, M input boards, K output boards and synchronous control boards. The method specifically includes the following steps : 1) each data encapsulation unit in the M input boards is processed according to the data encapsulation protocol to the data stream encapsulation and packaging of each data input signal; 2) the data slice and the distribution unit are used for data Each data packet sent by the encapsulation unit is divided into N parts and transmitted to N FPGA data slice exchange units respectively; ...; 5) The data sending unit sends the data slice recombination unit to The incoming data packet removes the encapsulation information including the header and restores the original data signal output. The data exchange method of the present invention breaks through the bottleneck of the total port scale limited by the single-chip port scale, has a simple and reasonable structure, and greatly improves single-port bandwidth and transmission efficiency.

The invention discloses a low-coherence based compression sensing LASAR sparse line array optimization method, which uses the coherence characteristics of the measurement matrix in the compressed sensing theory as a reference basis for the compression sensing LASAR sparse line array optimization, and is based on the compression sensing method in the LASAR system. The minimization of the coherence of the perceptual measurement matrix, with the help of the Fourier transform iterative search method, realizes the optimal design of the array element distribution of the compressed sensing LASAR sparse wiring array antenna, which is more reasonable for the sparse linear array optimization and is conducive to improving the compressed sensing LASAR System imaging performance. The method proposed by the invention is also applicable to other technical fields of sparse wiring array antenna optimization based on compressed sensing.

The invention provides a CDMA (code division multiple access) signal testing and practical-training device comprising a signal acquirer, a monitoring module and a testing module. The signal acquirer is used for acquiring CDMA wireless signal parameters of a base station and outputting the monitoring module, the monitoring module is used for transmitting the received CDMA wireless signal parameters to the testing module, executing corresponding signaling operations according to received signaling and transmitting results of the signaling operations to the testing module, and the testing module is used for displaying received CDMA wireless signal parameters, selecting corresponding signaling to transmit to the monitoring module according to input commands and displaying results of the signaling operations. By the aid of the CDMA signal testing and practical-training device, beginners who do not contact with running and optimization of the CDMA network can be gradually acquainted with the network optimization process, after various parameters during running and optimization of the CDMA network can be completely known and acquired CDMA wireless signal parameters are analyzed, the CDMA network can be reasonably optimized, and corresponding resolution schemes are provided for the CDMA construction.

The invention provides a water cooling method for medium-heat lining concrete based on the age of the maximum internal and external temperature difference, which is characterized in that it includes: step 1. collecting data for temperature control of cement concrete in the lining structure; The age of maximum internal and external temperature difference of cement concrete d Δtm =‑0.66×H+0.0004×C‑0.0088×T 0 ‑0.0068×T g +5.02, H is the thickness of hot cement concrete in the lining structure; C is the strength grade of hot cement concrete in the lining structure; T 0 is the pouring temperature of hot cement concrete in the lining structure; T g is the equivalent water temperature value of water cooling, T g =35‑T w ,T w Cooling water temperature for passing water, step 3. Based on d Δtm Determine the water cooling time d j ; Step 4. According to the water cooling time d j Further optimize the water cooling measures of the hot concrete in the lining, and realize the temperature cracks scientifically and reasonably.

The invention relates to an automatic serial reclaiming desulfurizing liquid device and the reclaiming technique. The device consists of a desulfurizing serially filtering system, a desulfurizing liquid automatically reclaiming system and a serially sulfur fusing system, and all systems are connected by pipelines. The concrete technique of the automatically reclaiming comprises the steps as below: firstly, the sulfur foam enters into a sulfur foam feed groove through a sulfur foam pipe and an oxygenation regeneration groove; secondly, the sulfur foam in the sulfur foam feed groove enters an vacuum filtering machine, the filtered solid containing sulfur enters a sulfur foam diluting groove, the desulfurzing liquid enters a desulfurzing liquid groove to be reclaimed to the oxygenation regeneration groove by the oxygenation regeneration groove which is provided with a subpressure absorber; thirdly, the sulfur foam diluting liquid in the sulfur foam diluting groove is sent to a sulfur melting kettle; fourthly, after the sulfur foam diluting liquid in the sulfur melting kettle being heated by the saturated steam, the remnant liquid enters the sulfur foam diluting groove again, the condensing water is discharged out of the sulfur melting kettle and the sulfur is reclaimed. The invention having the advantages of simple technique, reasonable optimization, small device, stable and reliable work, no pollution, low maintaining charge, high efficiency as well as big production ability, thereby realizing the energy saving and discharging reduction.

The invention discloses a processing method for a slanted plate. The slanted plate is processed with SPCC material and has a thickness t=3mm. It is characterized in that it comprises the following steps: (a) stamping and forming with a continuous mold; (b) turning the end face; (c) chamfering of the central hole; (d) rolling grinding; (e) heat treatment; (f) shot blasting; (g) inspection; (h) cleaning and antirust; (i) packaging and storage. The invention can realize the manufacturing and processing of the slant plate, and at the same time, the process route is more optimized to meet the design requirements. At the same time, the invention adopts continuous die stamping and the optimization of the continuous processing process is reasonable, which can improve the pass rate and stability of the product and reduce the cost of subsequent processing of the product. Accumulate errors to effectively control product geometry.