39results about How to "High technology integration" patented technology

The present invention belongs to the field of energy technology design and particularly relates to a multi-energy technology quantitative screening method. The multi-energy technology quantitative screening method comprises the following steps of: (1) establishing a model and a database; (2) carrying out load analysis; (3) carrying out technology quantitative screening; and (4) carrying out technology integration and outputting a technical scheme. The multi-energy technology quantitative screening method disclosed by the present invention has the following beneficial effects that (1) the technology integration degree is high and technologies in the fields of power generation, air conditioning refrigeration, heating and the like are covered; (2) single technology design and multi-technology integration optimal design can be realized; (3) equipment selection, energy consumption analysis, investment estimation, economic evaluation and the like of a technology integration system can be realized; and (4) performance evaluation of technology integration on two aspects of economy and the environment can be realized.

The invention discloses an integration processing method of a high-efficient corn straw biological feed, and belongs to the field of biological feeds. Corn straw is subjected to three-step fermentation, so that a superior microorganism coarse feed for ruminant animals, with high efficiency and low cost, is produced in a large-scale manner. The integration processing method comprises the following steps of firstly, based on the corn straw, performing high-efficient pure solid cultivation on a white rot fungus enzyme preparation, then converting the cultivated white rot fungus enzyme preparation in large inoculum amount to a first-stage fermentation medium of the corn straw, and besides, inoculating serial lignocelluloses degradation bacteria and candida utilis bacteria for synergistic rapid degradation and transformation; then adding bacillus and saccharomyces cerevisiae for second-stage fermentation; and using lactic acid bacteria for third-stage anaerobic fermentation so as to obtain finished products. The raw materials used by the integration processing method do not need to be sterilized, the finished products do not need to be dried, lysozymes are enriched, the cost is low, the lignin is notably reduced, and genuine protein is increased to 12% or above. The high-efficient corn straw biological feed can be used as a superior coarse feed and a protein grain feed for cattle and sheep, and the additive quantity can reach 60% or above; the additive quantity can also be about 10%, so that the high-efficient corn straw biological feed is used for simple stomach animals. The technique is high in scalability and integrity, and the economic and social benefits are notable.

The invention relates to the technology of image segmentation, in particular to a multi-screen image segmentation processing system and a method thereof. The system comprises a horizontal segmentation module, a vertical segmentation module, a line-field synchronous controller, an external frame buffer module, a line buffer module, a sub-line buffer array and a port mapping table module, wherein the external frame buffer module, the horizontal segmentation module, the line buffer module, the vertical segmentation module and the sub-line buffer array are connected in turn; the sub-line buffer array is provided with one or more sub-line buffer units; the port mapping table module is connected with the vertical segmentation module; and the line-field synchronous controller is connected with the sub-line array and is used for controlling the sub-line buffer array to output segmented pixel streams. The system and the method improve technology integration, simultaneously integrate two segmentation functions of horizontal segmentation and vertical segmentation in a set of equipment at the same time, and solve the problems of complex interconnection between the horizontal segmentation and the vertical segmentation, and lager equipment space occupation.

The invention discloses a clean manufacturing technique to fully use a freshwater fish. The key point of the invention is to dismember the alive fish according to the fish body organ structure, and process and make full use of the fish; the fish can be processed into fillets, surimi products, fish oil, collagen protein, glutin, crisp fish bone, fish condiment and series of pellet feed. The invention has the outstanding advantages that the manufacturing technique produces no solid waste, makes full and reasonable use of the material, saves resources and has no environment pollution.

The invention provides a built-in type advanced detection drilling device of a driving and anchoring integrated machine, the driving and anchoring integrated machine and an advanced detection drillingmethod, and belongs to the technical field of coal mine underground roadway drilling. The built-in type advanced detection drilling device of the driving and anchoring integrated machine comprises adrilling rig, a swing mechanism, a lifting mechanism and a sliding base; the drilling rig has a driving head-on advanced drilling function and is mounted on the swing mechanism; the swing mechanism drives the drilling rig to swing so as to adjust the drilling direction and angle; the lifting mechanism is connected with the swing mechanism and the sliding base to drive the swing mechanism to ascendand descend; and the sliding base is arranged in a cutting arm cavity of the driving and anchoring integrated machine to drive the lifting mechanism to move along the cutting arm cavity of the driving and anchoring integrated machine. According to the built-in type advanced detection drilling device of the driving and anchoring integrated machine, the adaptability of the driving and anchoring integrated machine is improved, and the on-board wet-type dust removal function and the advanced detection function of the driving and anchoring integrated machine are simultaneously integrated.

The invention belongs to the technical field of wastewater treatment in chemical engineering and environmental engineering, and relates to a catalytic oxidation catalyst, a preparation method thereof,and an advanced treatment method of organic matters in MDI brine. The catalyst comprises a carrier and an active component, the carrier is titanium dioxide, and the active component is an organic neutral ligand-metal complex ionic liquid. The advanced treatment method comprises the following steps: (1) adjusting the pH value of the MDI brine, and adding an oxidant to carry out treatment; and (2)contacting the treated MDI obtained in step (1) with a catalytic oxidation catalyst to carry out a catalytic oxidation reaction so as to obtain advanced treated brine. The catalyst can reduce or evenavoid the loss of metal in the catalyst while ensuring the improvement of the catalytic oxidation effect; and the advanced treatment method has the advantages of simplicity, easiness in implementation, high treatment efficiency, and no secondary pollution.

A method and pulverizer for industrially preparing superfine powder is disclosed. Said pulverizer is composed of iron remover, 1-3 large superfine pulverizing units connected serially, classifier for classifying the powder, and packing unit. Its advantages are high productivity (30-40 T/hr), low energy consumption and environment friendly.

The invention relates to an intelligent grain combine bundling harvester. The intelligent grain combine bundling harvester comprises a reel, a sickle, a cutting table auger, a conveying chain harrow, a bridge joint, a cab, a crawler base, concave plates, a threshing roller, a sorting screen, a bundling device, a grain box and an unloading device. The reel, the sickle and the cutting table auger all belong to the cutting table part of the harvester and located at the foremost end of the harvester; the conveying chain harrow and the bridge joint are located in the rear portion of the cutting table; the cab is located in the rear portion of the cutting table; the crawler base is located below the whole harvester; the threshing roller and the concave plates belong to the threshing device part of the harvester and are located in the rear portion of the bridge joint; the sorting screen is located below the threshing device; the bundling device is located in the rear portion of the threshing device; the grain box is located in the rear portion of the cab; the unloading device penetrates the bottom and side surfaces of the grain box. The combine bundling harvester has the advantages that work of harvesting, threshing, sorting, straw bundling, unloading and the like can be completed by one time, the feeding amount is large, the working efficiency is high, the loss ratio of grains is low and the intelligent degree is high.

The invention discloses a bi-direction adjustable semiconductor temperature control teaching experiment system in the field of semiconductor temperature control systems. The bi-direction adjustable semiconductor temperature control teaching experiment system comprises a semiconductor bi-direction temperature control experiment device, a signal processing module, a temperature sensor, two semiconductor temperature control executors, a remote control module and a temperature difference power generation system. The temperature sensor is connected with the signal processing module which is packaged on the top layer of the semiconductor bi-direction experiment device, and the two semiconductor temperature control executors are symmetrically arranged on the two sides of the semiconductor bi-direction temperature control experiment device and provided with ports for being connected with the signal processing module. A GSM short message network type processor is arranged in the remote control module, and the remote control module is provided with a port for being connected with the signal processing module. The temperature difference power generation system is connected with the semiconductor temperature control executors. According to the bi-direction adjustable semiconductor temperature control teaching experiment system, the performance of refrigerating and heating of a semiconductor is fully utilized, and the purpose of quick bi-direction temperature adjusting is achieved.

The invention belongs to the field of large-scale weapon equipment value evaluation, and particularly discloses a large-scale weapon equipment value evaluation method based on an improved comprehensive innovation rate. The method comprises the steps of constructing an index system for large weapon equipment value evaluation; establishing a relational expression among the comprehensive formation new rate, the element layer and the index layer by taking the element layer of the to-be-evaluated large weapon equipment as an element and the index layer as a matter element based on a comprehensive formation new rate evaluation model of an extension theory; calculating the weight of each index layer; according to the weight of each index layer, calculating the correlation degree between the comprehensive new rate and the evaluation grade; and according to the expression of the comprehensive innovation rate, the correlation degree of the comprehensive innovation rate and the evaluation grade and the evaluation value calculation model of the large-scale weapon equipment to be evaluated, obtaining the evaluation value of the large-scale weapon equipment to be evaluated. According to the method, the applicability of the cost method in the aspect of large weapon equipment value evaluation is improved, and meanwhile, the characteristics of high reliability and relatively simple operation ofthe cost method are considered.