577results about How to "Meet the needs of production" patented technology

The invention discloses a remote monitoring and intelligent control system and method of an agricultural greenhouse based on an M2M framework. The system comprises an information acquisition module, an M2M network transmission module, a service monitoring module, an expert decision module, a system display module and a remote control module. The method comprises: firstly, deploying a plurality of environmental parameter sensors in a glasshouse to collect key information; then, in an M2M mode, sending the key information to a centered platform via the Internet or the 3G network; storing, displaying and analyzing data in the centered platform; combining with a crop model and an expert system to output decision information; and issuing a control order via the Internet or the 3G network. The system can avoid the limitation of the local automatic control system of the common greenhouse and realizes the situation that the production in a plurality of greenhouses is supported on one platform, thus the system has good expansibility and supports scale application. The system provides the means for checking systems and issuing orders on the Internet and a mobile terminal, is convenient and can transmit information by the broadband Internet and the 3G communication network.

The invention relates to the technical field of materials for synthetic leather, in particular to weak solvent aliphatic polyurethane resin for synthetic leather and a preparation method thereof. The weak solvent aliphatic polyurethane resin for synthetic leather is prepared from the following components by weight percent: 2-30 percent of aliphatic diisocyanate compound, 5-40 percent of polyester or polyether polyalcohol compound, 0-10 percent of micromolecule polyol chain extender, 0.1-13 percent of micromolecule polyamine chain extender, 0.01-1.0 percent of catalyst, 0.05-5.0 percent of assistant and 45-85 percent of organic mild solvent. The invention also discloses the preparation method of the weak solvent aliphatic polyurethane resin for synthetic leather. By adopting the technical scheme, the polyurethane resin with different solid contents, different viscosities and different modulus can by synthesized, the requirement of the synthetic leather is satisfied, and the synthetic leather product with high temperature resistance, cold resistance, anti-sticking performance and better external tensility of pigment can be prepared.

The invention discloses a reclaimed craft to dispose electroplating waste water, which comprises the following steps: adopting oxidation-reduction and chemical precipitation disposing method and film technology (fold filtration, hyperfiltration, Na filtration and reverse osmosis desalination) deep purifying method; avoiding accumulation of salt effectively; reverse osmosis sloughing monovalent salt at last grade; trapping bivalent salt in innocent treatment system; proceeding depositing treatment continually; removing accumulating BOD and COD in water body through biochemical treatment effectively; realizing zero discharge of waste water.

The invention belongs to the field of chromite hydrometallurgy and chromium chemical industry, and in particular relates to a method for the pollution-free production of sodium chromate by pressure leaching of chromite. The method comprises the following steps of: 1) reacting the chromite with oxidizing gas in solution of NaOH; 2) diluting the product obtained by the step 1) and making subcrystalline sodium chromate to fully enter a liquid phase; 3) performing solid-liquid separation on the solid-liquid mixed slurry obtained by the step 2); 4) adding calcium oxide into the obtained diluent for removing impurities; and 5) evaporating and crystallizing the obtained solution without the impurities to obtain a sodium chromate crystal and crystallization mother solution; after the solid-liquid separation, rinsing the sodium chromate crystal by using saturated solution of sodium chromate; and drying to obtain a qualified sodium chromate product. The method has the advantages of simple reaction system component, no difficultly separated phase introduced in the system, contribution to high-efficiency separation of the sodium chromate, great reduction in reaction temperature, low energy consumption, effective reduction in production cost of the sodium chromate, and high chromium leaching yield.

The invention belongs to the technical field of convertor steelmaking, and provides a convertor steelmaking method capable of reducing slag quantity. The process flow disclosed by the invention is circular process flow starting with step of protecting a furnace by slag splashing and ending with the step of remaining slag in the furnace. The process flow specifically comprises the following eight stages: protecting a furnace by slag splashing; curing liquid slag in the furnace; adding scrap steel; adding molten iron; blowing-dephosphorizing at a first stage; deslagging in the middle; blowing-decarbonizing at a second stage; tapping; and remaining slag in the furnace. Compared with the conventional convertor steelmaking process, the convertor steelmaking provided by the invention has the beneficial effects that lime consumption is lowered by 40.5%, light-roasting dolomite consumption is lowered by 76.8%, and the total consumption of the lime and light-roasting dolomite is lowered by 55.5% on the premise that phosphorus content at the end point is not more than 0.015%.

The invention discloses a pale yellow Encarsia chalcid artificial propagation production method, comprising the following steps: collection and propagation of the pale yellow Encarsia chalcid species; host production; whitefly inoculation reproduction and development; inoculation and breeding of chalcid; drone cultivation; chalcid and whitefly separation; pupae collection; card making; and breeder selection. The proposal of the invention helps to improve the superior bee species selection, propagation and release, and realizes the high-quality, high-efficiency and high-scale reproduction of pale yellow Encarsia chalcid; moreover, the method is suitable for large-scale production and is applied to the technical field of agricultural pest biological control to prevent and control the greenhouse whitefly and other agricultural pests to meet production needs.

The invention relates to a preparation method for high-viscosity 107 glue. The preparation method comprises the following steps of: adding a certain amount of DMC (Dimethyl Carbonate) and 107 glue of which the viscosity is 100-1,500 cs or a certain amount of DMC into a reactor provided with a stirrer, a thermometer and a condensation reflowing pipe, starting stirring, heating to a certain temperature, and adding an alkali catalyst, wherein the alkali catalyst comprises one of potassium hydroxide, tetramethylammonium hydroxide pentahydrate, tetrabutyl phosphorus oxychloride or silicon alkoxidealkali gel of the alkalis; undergoing a balanced reaction at the temperature for certain hours, and directly neutralizing or heating for decomposing the alkali catalyst; and adding a phosphoric acid or silanol hydrochloric acid gel neutralizing agent of which the mass is equal to that of the catalyst under the condition that neutralization is performed, or directly heating for decomposing the alkali catalyst under the condition that neutralization is not performed, continuously stirring for 1 hour, and removing low-boiling-point substances. The high-viscosity 107 glue prepared with the methodhas the advantages of simple preparation process, stable viscosity, high product yield and capability of meeting production requirements.

The invention discloses a pairing processing method of a large-sized and irregular revolving molding surface member. In the method, a three-dimensional simulation measuring head is utilized to carry out automatic tracing and measuring and data collection on a practical fitting curved surface of a covering, a data point set [p] of the centre of a sensing finger pommel of the three-dimensional simulation measuring head is obtained, mathematical treatment with isometry calculation is carried on the obtained data point set [p], a corresponding point set [p1] of the practical surface of the covering is obtained, location optimization is carried out on theoretical covering curved surface, and a digital pairing processing point set [Q] of the surface of a honeycomb sandwich is generated, compensation to the radius of a grinding wheel is carried out, a point set [M] of a movement locus of the centre of the grinding wheel is obtained, the three-axis linkage interpolation method taking C axis of a rotation axis as a benchmark is adopted, and the upper surface and the lower surface of the honeycomb sandwich are respectively ground and processed. The invention realizes integration of measurement, mathematical treatment and digital treatment of the large-sized and irregular revolving molding surface member and has high treatment precision and high treatment efficiency; in addition, the product percent of pass is 100 percent, and the production period is shortened to three days from ten days so as to meet the needs of production.

This invention relates to a method of degumming Boehmeria nivea. The process is: fresh Boehmeria nivea (or commercial original Boehmeria nivea) ->immersion in warm water-> mechanical hemp knocking and washing ->boiling off in hyperthermia and heavy pressure (or immersion in warm water) -> mechanical hemp knocking and washing -> refined dry hemp. This method, assuming the characteristics of environmental protection, high efficiency and high qualities, greatly reduces the degumming cost, avoids the pollution of strong acid and strong base in waste solution to the environment, for this process makes use of existing machinery of degumming. Instead of using such chemical materials as strong acid and strong base, the method is high-temp high-pressure cooking, immersion in warm water, mechanical beating and washing for removing extraneous cells of Boehmeria nivea liber.

A digital resin sand regeneration system comprises a vibrating knockout device, a magnetic separation device, a vibrating crushing device, an intermittent grinding regeneration unit, a conveying device, a sand storehouse, a dedusting device, a computer control system, etc. The main working principle is as follows: waste sand blocks are vibrated and crushed into smaller blocks and scattered sand by the knockout device; magnetic separation is performed to remove iron beans and flash; crushing is performed by the crushing device to obtain granular scattered sand; stripping, grading and temperature adjustment are performed by the intermittent grinding regeneration unit to remove micro powder included in the sand, and the sand temperature is adjusted to a temperature required by the process; and the sand is conveyed to the sand storehouse to keep in reserve. Through the additionally installed computer control system which comprises a material level sensor, a temperature sensor, a pressure sensor, and a corresponding electric control component, the whole production line can realize the target control of technological parameters and stock sand amounts; mainly-controlled technological parameters are: stripping rate (loss on ignition, LOI), micro powder content, sand temperature and sand amount; and technical guarantee is provided for the digital production management of the whole factory. Digital control of molding resin amount, hardening stripping time, and sand using amount is basic guarantee for solving energy saving and consumption reduction, improving productivity, and increasing yield.

The invention discloses a heat treatment method for a one-piece casting hot-rolled strip supporting roller and belongs to the technical field of roller heat treatment methods. The heat treatment method is used for carrying out heat treatment on the one-piece casting hot-rolled strip supporting roller. According to the technical scheme, the heat treatment method comprises the following steps of entirely heating the roller to a certain temperature by virtue of a resistance furnace, then transferring the roller to a differential temperature furnace for further heating the surface layer of a roller body to a higher temperature, carrying out heat preservation for enough time, tapping, and carrying out spray quenching and tempering treatment so that the microstructure of the roller body is changed into bainite and the microstructures of a roller neck are sorbite and pearlite. By the differential temperature treatment method, the one-piece casting hot-rolled strip supporting roller exhibits excellent wear resistance and comprehensive mechanical properties, so that the wear resistance, thermal cracking resistance and accident resistance of the roller body are improved. By innovating the heat treatment method for the one-piece casting hot-rolled strip supporting roller, the problem that no heat treatment method is suitable for the one-piece casting hot-rolled strip supporting roller in a long term is solved, the quality of the roller is significantly improved, and user requirements in use and enterprise economy benefits are met.

The invention relates to the technical field of machining and detection and discloses a roundness measuring instrument comprising a base and a signal processing unit. A sensor support that is of an up-down-through hollow structure is arranged on a platform arranged on the base, and four displacement sensors which are in crossed arrangement are mounted on the sensor support. A mandrel is fixedly arranged on the base and penetrates the platform to extend into the sensor support. A mount is arranged at the top end of the mandrel and located right below the four displacement sensors. The invention further discloses a measuring method of the roundness measuring instrument. By means of four-point synchronous measurement, the measurement speed is increased greatly.

The invention discloses a breeding method for a new cabbage type rape line, and belongs to the field of a plant new variety breeding method. According to the breeding method disclosed by the invention, a cabbage type rape line is synthesized by interspecific hybridization of cabbages and Chinese cabbages, and the synthesized cabbage type rape line is subjected to quality genetic improvement of economical characters, erucic acid and glucosinolate so as to breed one new ornamental rape line with a bran-new petal color and a bran-new stalk color; the new cabbage type rape line meets both requirements for ornamental value and oil use, and brings greater economic benefits and social benefits for rape production and the tour and sightseeing industry.

The invention discloses an automatic continuously drawing vacuum package machine, comprising a frame as well as a package system, a control system and a capsule rolling device which are arranged on the frame; the package system comprises a drawing shaping device, a material filling device, a package device and a cutting device; the drawing shaping device is arranged at one end of the frame, connected with the control system and used for drawing and shaping a capsule film; the material filling device is connected with the control system, and arranged behind the drawing shaping device on the frame and used for filling the material to be packaged; the package device is connected with the vacuum pump at the lower part of a packaging machine along with the control system at the same time and provided with a vacuum chamber; the cutting device is connected with the control system and provided with cross and longitudinal cutters; the drawing shaping device comprises a heating device and a shaping device; the control system is a servo closed-loop control system. The automatic continuously drawing vacuum package machine is complete in function, high in degree of automation and low in maintenance cost of a device; the working efficiency and the safety are improved; the package of a plurality of different products and different package forms can be realized on the same one device, thereby meeting the requirement of the food production.

The invention relates to an underground position selecting hydraulic decoding method and device of an intelligent well. Pn2=n*(n-1) target layers are controlled by using n hydraulic control pipelines, each target layer is provided with a decoder connected with two hydraulic control pipelines, the two hydraulic control pipelines are respectively used for controlling two target layers through the change of pressure-supplying sequences of the decoder; the decoder comprises a normally open type two-position two-way valve and a normally closed type two-position two-way valve which are connected between the two hydraulic pipelines, the normally open type two-position two-way valve is communicated with the hydraulic control pipeline firstly supplying pressure, the normally closed type two-position two-way valve is communicated with the hydraulic control pipeline supplying the pressure later, the oil outlet end of the normally open type two-position two-way valve is connected with a control oil cavity of the normally closed type two-position two-way valve, the control oil cavity of the normally closed type two-position two-way valve is connected with the hydraulic control pipeline supplying the pressure later, and the oil outlet end of the normally closed type two-position two-way valve is communicated with an underground target layer flow control valve. The invention can realize the purpose that a plurality of underground production layers are selected and controlled by using fewer control pipelines.

The invention discloses a stamping die edge block for silicon steel sheets and a processing technique thereof. The processing technique of the edge block comprises planning-milling and linear cutting procedures. In addition, in the whole process flow, the common dimensions of the edge block are firstly processed and then the critical dimensions of the edge block are processed. The stamping die edge block for silicon steel sheets has a wider main body in replacement of the long and narrow body of the prior edge block. In addition, the bland of the die edge block is proportioned in singe piece, thus reducing the release of the total stress and deformation correspondingly. The stamping die edge block for silicon steel sheets and the processing technique thereof can better solve the problem of stress release and ensure the machining precision of the die edge block, thereby ensuring that high quality silicon steel sheets are produced through the die edge block.

The invention discloses a multifunctional reinforcing steel bar automatic hoop-bending machine bending from the two ends of a reinforcing steel bar. The multifunctional reinforcing steel bar automatic hoop-bending machine comprises a machine frame, wherein a traction mechanism, a straightening mechanism, a shearing mechanism and a bidirectional bending mechanism are axially arranged on the machine frame along the upstream of the reinforcing steel bar sequentially; a multifunctional mechanism is also arranged on the machine frame on the upstream of the bidirectional bending mechanism; the multifunctional mechanism comprises a compression moving mechanism, a material-pushing mechanism and an overall retraction mechanism; the material-pushing mechanism is used for pushing a hoop bar which is formed in a bending way; and the overall retraction mechanism is used for pulling the compression moving mechanism and the material-pushing mechanism into the inner side of a machine shell panel or pushing the compression moving mechanism and the material-pushing mechanism to a working position. The multifunctional reinforcing steel bar automatic hoop-bending machine has the beneficial effects that the other end of the reinforcing steel bar which is sheared by the shearing mechanism can be bent, long hoop bar products with hooks at the two ends can be bent rapidly and at one time, the requirement of production is met, and the production efficiency is high. The multifunctional reinforcing steel bar automatic hoop-bending machine is simple in structure, low in cost, high in adaptability, wide in production range, and has complete functions.

The invention discloses an automatic generation method of a stratum boundary map layer. The method comprises the following steps of (1) based on deposition, a volcanic stratum boundary map layer and a metamorphic stratum unit map layer, searching all the adjacent stratums in the map layers and constructing a stratum adjacency relation map; (2) based on the stratum adjacency relation map, extracting a common boundary of the adjacent stratums and generating a stratum boundary; (3) based on a faultage map layer, identifying a faultage contact relation; (4) based on a occurrence map layer, identifying a basic contact relation and completing automatic generation of the stratum boundary map layer. Compared to a manually-made method, by using the method in the invention, the generated stratum boundary map layer is high-efficient and fast; through reducing a manual participation degree, introducing of a manual error is avoided as far as possible; and a need of geologic map space database stratum boundary map layer making is satisfied.

The invention provides a novel stentering setting machine comprising a guide device, a drawing mechanism, an operation platform and a cropping device, wherein the cropping device is arranged behind the drawing mechanism and the operation platform is placed between the guide device and the drawing mechanism; the drawing mechanism comprises a feeding rail, an oven and a heat exchange device; the feeding rail passes through the oven and the heat exchange device is arranged above the oven; a waste gas outlet pipe of the oven is communicated with a waste gas inlet pipe of the heat exchange device; a hot air outlet pipe of the heat exchange device is communicated with a hot air inlet pipe of the oven; a guide rail adjusting device is additionally arranged between two guide rails, so that the distance between a left guide rail and a right guide rail can be accurately adjusted and each guide rail is respectively adjustable; the novel stentering setting machine is suitable for machining a plurality of types of cloth; meanwhile, cloth tongs slide on graphite and do not generate oil stains; the two connected cloth tongs can be finely adjusted to ensure the stentering setting quality; and an adjustable range of a wrap angle of spreading rolls and a textile is large and the two spreading rolls can be adjusted, so that the spreading effect is good.

The invention provides a new purification method of isoquinoline, and the purified isoquinoline has high purity and low impurity and can meet the requirement of various mechanical manufacture, in order to reach the goal, the technical scheme of the invention comprises: 1) performing acid-cleaning and alkalic-cleaning to wash oil (one distillate of coal tar) to obtain rough quinoline distillate and then performing rectification to obtain distillate containing 85 to 90 percent of isoquinoline, 2) taking the distillate containing 85 to 90 percent of isoquinoline as starting material, after crystallizing by cooling and melting by heating up, cutting the distillate into a plurality of distillates when heating up, performing N sections of the repeated operation of cooling and melting by heating up on the end distillate in the plurality of distillates to obtain isoquinoline with the purity of larger than or equal to 99 percent. The invention has the benefits that the technology is relatively simple, the cost is low, the purity of isoquinoline of the obtained product is larger than or equal to 99 percent, the impurity content is low, the method can meet the requirement of mechanical manufacture, and effectively reduces the production cost.

The invention provides an artificial propagation method for Anastatus spp. which comprises the steps of, (1) producing host ovum, (2) gathering and breeding bee variety, (3) sticking cards, (4) warming the Anastatus spp., (5) loading into boxes, (6) producing ovum and parasitic operation, (7) cultivating and growing, (8) quality checking, (9) low-temperature storage, (10) warming for growth, transporting or releasing.