161 results about "Grasshopper" patented technology

The invention discloses a multi-dimensional curved glass curtain wall designing, processing and mounting method based on BIM technology, and belongs to the technical field of glass curtain wall construction. The method comprises the following steps: selecting modeling software; modeling software being mainly Rhino 3D modeling software, and in addition, adding a series of auxiliary equipment and software plug-ins, namely a tower type workstation, a three-dimensional laser scanner, a BIM lofting robot and avisworks and Grasshopper parameterized plug-ins on the basis of Rhino 5.0 software. According to the invention, through using the BIM technology, the problems that grid division and block division of a multi-curved-surface glass curtain wall are difficult to coordinate and unify, technicalparameters of unit glass plates are complex, machining is difficult, and the period is long are solved. The installation collision problem of a building structure and a keel is solved, the coordination problem of the keel and a glass curtain wall is solved, the time for deepening design and material processing is shortened, the construction efficiency is improved, rework caused by some collisionand discordance problems is avoided, the rejection rate of material processing is greatly reduced, and the construction cost is reduced.

To leach the metal, crushed ore must be dumped in relatively thin layers of a height of approx. 5 m to 10 m. A conveying and stacking system, including a movable conveyor belt system, traveling tripper and stacker is used for this. The movable conveyor belt system is formed by a plurality of individual belts, the so-called grasshoppers. Provisions are made in the dumping technology for a high block for the end device in the conveying chain, the stacker with its swingable stacker boom, to always discharge an arc-shaped layer of ore, after which the device moves back by the amount of the next layer to be discharged in an arc-shaped pattern. This process is repeated until the stacker has moved back by the effective length of a grasshopper. Conveying is then stopped, one grasshopper is removed from the conveyor belt system and dumping of the ore is then continued. To enable this technology to be used, the stacker must be provided with a material pickup area, which is as long as a grasshopper. Furthermore, the material pickup must take place laterally from the direction of conveying of the stacker to ensure that the stacker is not hindered during the moving back. A transfer grasshopper is provided for this purpose, which stands in the direction of conveying at an angle of approx. 30° to 60° in relation to the main direction of conveying of the stacker. To enable the individual devices of the system to perform the movement intended for them, they are equipped with individually driven and steerable caterpillar-type chassis.

The present invention relates to an edible insect oil, in particular to the insect which mainly takes the edible insect such as a cicada, a shrimp, a grasshopper, a silkworm and so on as the representation. The exploited products on the current market at home and abroad mainly include special animal feed and edible insect table dishes, as well as definite masses of insect material used as pet feed. The manufacturing method and the application of the edible insect oil are not reported at home and abroad. The present invention provides the edible insect oil and the manufacturing method and the application of edible insect oil, and achieves the industrialized and large-scale production. The technology is to cultivate in the industrialization way, purchase, filter, exclude sundries, expel toxin, and dip and make a solidify processing in hot water, as well as freeze, dry, crush, make the supercritical carbon dioxide extraction in the vacuum and so on working procedures, thereby getting edible insect health oil products. The present invention has the advantages that the extraction yield of edible insect oil can reach 30 percent, and the production can be used for special-functional health edible insect oil as well as functional food, leechdom and cosmetics additive.

The invention relates to a preparation method and application of Beauveria bassiana, which especially has an effect on control of locust pests. The Beauveria bassiana (Bals. -Criv.)Vuill TRCC16001 provided by the invention has a registered number of CGMCC No.7997 in China General Microbiological Culture Collection Center. With a strong spore production ability, the strain has strong insecticidal activity on pygmy grasshoppers 3rd instar locust nymphae, and the lethal time of 50% LT50 is 3.04 days. The strain can be employed to effectively control the population quantity of pygmy grasshoppers. In addition, locust Metarhizium anisopliae also has very good prevention effect on other pests Dendrolimus punctatus, ostrinia nubilalis, grubs and the like, thus being worthy of popularization and application.

The invention relates to a turtle feed. Cornmeal, oatmeal, soybean meal, white fish meal, wheat meal, albumen power, calcium powder, yeast powder, locust powder, spiral seaweed and few food preservative are proportionally mixed, added with fish oil and few water and stirred to form the paste; and the paste is put into a granulator after being fermented for 30 minutes and made into about 3mm to 5mm particles which are used for feeding the turtles after being dried. Thereinto, every 1000g of turtle feed comprises 200-250g of cornmeal, 100-150g of oatmeal, 50-80g of soybean meal, 100-150g of white fish meal, 60-100g of wheat meal, 100-150g of albumen power, 40-50g of calcium powder, 10-18g of yeast powder, 100-150g of locust powder, 40-50g of spiral seaweed and the balance of fish oil, water and few food preservative which are proportionally mixed to form the paste. The turtle feed prepared by the method mainly comprises larger than or equal to 45% of crude protein, less than or equal to 10% of crude fiber, less than or equal 15% of crude ash, larger than or equal to 1% of lysine, larger than or equal to 3% of calcium, larger than or equal to 1% of phosphorus and less than or equal to 10% of water content.

An arircraft carrier type manual spray atomizer is composed of multifunctional head nozzle, grasshopper-type trigger, piston, spiral ring, main body, aircraft carrier type shell and sealing cover. Its advantages are compact structure and high amount of atomized liquid.

The invention discloses a juvenile soft-shelled turtle feed and a preparation method thereof. The juvenile soft-shelled turtle feed is mainly used for feeding juvenile soft-shelled turtles, and is composed of the following raw materials by weight: 450-550 parts of fish meal; 80-120 parts of cassava starch; 80-120 parts of flour; 10-150 parts of soybean meal; 110-120 parts of locust; 110-120 parts of bone meal; 4-7 parts of Eclipta prostrate L.; and 2-5 parts of compound vitamin. The juvenile soft-shelled turtle feed provided by the invention has the advantages of easily available raw materials, low cost, no artificially synthesized growth hormone and mineral, fast juvenile soft-shelled turtle growth speed, low morbidity rate, wild state approximate meat quality, high medicinal value, and simple preparation method, thus being suitable for mass production..

The invention provides a parametric modeling method of a folded plate reticulated shell based on grasshopper, which is used for solving the problems of modeling difficulty, low modeling efficiency andlow repetition utilization rate of the existing space folded plate reticulated shell with complex modeling. The invention comprises the following steps: expressing the geometrical parameters of a lattice shell model to be established by corresponding input plug-ins; generating a flap surface or quasi-spherical surface by using the application plug-ins according to geometrical relation; selectingone of the planes and using an isoparametric method or subdivision method to mesh a folded surface to generate local meshes; gridding all the planes by the circumferential array plug-in, and generating the single-layer folded latticed shell by connecting the bars with the plug-in. The invention has the advantages of simple design method, new model can be established by changing the parameter valuein the model, the modeling efficiency can be improved, the force analysis and the structural design optimization of the complex space reticulated shell structure under different types and different parameters are improved greatly and conveniently, and the use of the complex space reticulated shell structure is promoted.

A method for using Rana catesbeiana to control pests in paddy fields includes: fencing a paddy field of certain area; digging drainage ditches on the paddy field, wherein the drainage ditches lead to an inhabiting pond for Rana catesbeiana, and the inhabiting pond accounts for 1-2% of total area of the paddy field; setting up a supported shed above the inhabiting pond; mounting efficient trap lamps on the supported shed; and putting Rana catesbeiana in the paddy field to breed. Rana catesbeiana belongs to carnivorous animals and take food in a wide range, crop pests taken by Rana catesbeiana account for 82% of total food taken by Rana catesbeiana and include snout moth, grasshopper, mole cricket, water flea, fly larvae and other insects, and accordingly, the pests are controlled effectively, and chemicals for use are reduced. By the method, pollution and destruction of plants and fields by chemical pesticides are avoided, ecological environment and physical health of people are protected, increase of rice yield can be achieved, Rana catesbeiana can be reclaimed from the fields to serve as commodities, income of farmers is increased, and overall development of green and ecological agriculture is promoted.

The invention discloses a parameterization generation optimization design method for the initial stage of a green residential area design scheme, and the method comprises the following steps: S1, taking parameterization software Rhino & Grasshopper as a platform, inputting planning condition parameters and building information parameters in the platform, and determining parameter attributes and anavailable range; s2, performing parametric modeling according to the parameters and related residential area design rules to automatically generate a residential area scheme, and displaying the residential area scheme in a three-dimensional form; s3, determining a performance index to be evaluated and a calculation method thereof, and performing calculation evaluation according to the scheme to obtain a performance index parameter; and S4, taking an Oceplus arithmetic unit as a core arithmetic unit of an optimization calculation submodule, carrying out multi-objective optimization calculationby adopting an HpyE optimization algorithm and an SPEA2 evolutionary algorithm, and finally obtaining an optimization scheme set and an optimization performance effect evaluation result. According tothe method, quantitative perception of different design conditions and rules is more comprehensive, reliable and accurate, a green residential area design scheme can be automatically generated withina specified and short design period, and the performance of the scheme is optimized.

The invention discloses a feed formula for aquarium fish fries, wherein a feed is prepared from, by weight, 5-15 parts of beet, 4-16 parts of rapeseed oil, 3-12 parts of seaweed powder, 3-9 parts of cow dung, 5-25 parts of honeysuckles, 5-15 parts of sorghum, 10-20 parts of locust powder, 5-25 parts of radix bupleuri, 3-12 parts of semen cuscutae, 4-16 parts of atractylodes macrocephala, 4-16 parts of loach powder, 2-4 parts of corn flour, 3-9 parts of black tea extract liquid, and 3-12 parts of semen plantaginis. The feed can improve the immune-functions of the aquarium fish and improve disease prevention and resistance of the aquarium fish. The feed has reasonable component proportion and abundant nutrients, and is suitable for feeding the aquarium fish fries in a fresh water fish pond or a sea area captive fish pond for a long time.

The present invention provides a kind of new pesticidal protein gene and the gene coded protein. The pesticidal protein gene is originated from Pseudomonas pseudoalcalligenes, and its coded protein has wide and powerful intoxicating effect on grasshopper and Orthoptera insects, so that the pesticidal protein gene may be used in preventing and controlling pest of crop. The present invention also provides the Pseudomonas pseudoalcalligenes pesticidal protein separating and purifying method, and one method of producing pesticidal transgenic plant.

The invention discloses a curtain wall engineering quantity statistics method, which comprises the following steps: according to construction drawings, a modularized and parameterized original curtainwall model is established in Revit or Rhino software; Numbering the curtain wall glass in the original curtain wall model by dynamic software or grasshopper and counting the number of the curtain wall glass; displaying the curtain wall glass number and the quantity statistics in the original curtain wall model in the Revit or Rhino software, the curtain wall glass geometry size and the curtain wall glass area of each number are calculated, and a detailed table including the curtain wall glass number, the curtain wall glass area and the curtain wall glass geometry size is generated; Preset thecurtain wall construction plan in BIM software, upload the detailed list to BIM software, combine the preset curtain wall construction plan and the detailed list to automatically generate the secondary detailed list, and generate the quantity statistics. The invention improves the speed and efficiency of area statistics and curtain wall numbering, shortens the time of modeling and corresponding data processing, shortens the project cycle and greatly improves the construction progress.

The invention provides a parametric modeling method of a spatial reticulated shell based on grasshopper, which is used for solving the modeling difficulty of the existing complex-shaped spatial latticed shell structure, the modeling efficiency is low, and the repeated utilization ratio is low. The method comprises the following steps: determining the geometric parameters of the spatial lattice shell model by using the geometric relationship, and expressing each geometric parameter by using the corresponding input plug-in; based on the two-point adjustment method, generating the corresponding fork-cylinder surface or shell surface by using the application plug-in; using the isoparametric method to mesh the surface of the ridge to generate the local mesh; generating a single-layer fork-cylinder reticulated shell or a single-layer shell reticulated shell by gridding all the curved surfaces of the ring array plug-in. The invention can greatly improve the generation and modification speed of the model by using the parametric modeling, and improves the working efficiency. The design method is simple and efficient. It is very convenient for the analysis and optimization of spatial latticed shell structure with complex shape under different types and different parameters by using finite element design software.

The invention discloses a formula of a feed of young broiler wild pheasants in a middle stage. The feed comprises the following components in parts by weight: 55-60 parts of corns, 25-30 parts of bean pulp, 4-8 parts of cottonseed meal, 3-6 parts of locust powder, 2-4 parts of puffed feather meal, 3.5-5.5 parts of cake scraps, 2.8-3.6 parts of manioc waste, 2.5-3.5 parts of apple pomace, 2.2-2.8 parts of tea seed shell meal, 2-3 parts of bone meal, 1.5-2.5 parts of dried blood and 1-2 parts of modified zeolite particles. The feed is comprehensive in nutrition, the nutritional requirement can be fully met, the feed conversion rate can be obviously improved, the feed waste is reduced, the palatability is high, the ingestion time is shortened, the feeding effect is good, and the feed to gain ratio of wild pheasants at the age of 30 days is about 2.12:1. Moreover, the fattening effect and speed of wild pheasants in a later stage are obviously improved, the slaughter weight of wild pheasants at the age of 120 days is improved by 17 percent, and the economic benefits are obviously improved.

The invention discloses a high-yield grasshopper culture method which is completed by steps of constructing an arched shed, building an awning, feeding original species, controlling temperature, feeding feed, and picking adults. The method for culturing grasshoppers can realize self-reproduction and self-fertility as well as perennial production without discontinuation after feeding the species once, increases the yield by 5-10 times, has good economic benefits, and is a very practical grasshopper culture method.

The invention discloses a building energy consumption simulation and optimization method based on an artificial neural network and a BIM. The invention includes establishing a building energy consumption database; performing deep learning of building energy consumption database by artificial neural network algorithm; establishing a BIM model of architectural schem by Revit software, and extractingthe architectural features of BIM model by a Rihno + Grasshopper platform. The result of building energy dissipation evaluation is calculated by artificial neural network algorithm; choosing the optimization strategy, get the energy-saving effect of various optimization strategies, and forming the optimized design scheme. The invention combines artificial neural network technology and BIM technology with building energy consumption simulation. By extracting building feature information directly from BIM model, the traditional modeling process in simulation software is eliminated. Through thestudy of database by artificial neural network, the result of energy consumption calculation is obtained directly, and the real-time optimization and analysis of building scheme are realized.

The invention discloses a feed for preventing and controlling tortoise-turtle red white disease, and belongs to the technical field of tortoise-turtle feed processing. The feed comprises the following raw materials: ampullaria gigas, potatoes, cassava, earthworms, acridid, salt, dimethyl-beta-dimethylpropiothetin, glycine betaine, phenylalanine, cytidylate, sodium diacetate, stevioside, and Chinese herbal and crude drugs preparations. The feed is prepared by drying, crushing, screening, mixing, pelletizing, drying, cooling and packaging. The feed synthesizes the effects of Chinese herbal and crude drugs, and can play the effects of clearing away heat and toxic materials, cooling blood and swelling, and resisting bacteria and resisting inflammation, the tortoise-turtle disease resistance is enhanced so as to effectively prevent and control tortoise-turtle red white disease and reduce the death rate of the tortoise-turtle; the feed is abundant in nutrition, reasonable in preparation, and capable of improving the tortoise-turtle palatability, increasing tortoise-turtle food consumption and growth speed, and shortening the production period; the feed disclosed by the invention adopts a simple preparation method, strong in operability and easy to popularize.

The invention discloses an internet e-commerce storage dynamic scheduling method considering real-time orders, which takes intelligent storage as a starting point, introduces dynamic characteristics of customer random orders into a storage scheduling link, and establishes a storage dynamic scheduling optimization model with constraint conditions according to a to-be-optimized target. The grasshopper algorithm is adopted to solve the model, aiming at the defects that the grasshopper algorithm is low in convergence speed and prone to falling into local optimum, a multi-learning strategy is introduced to increase the probability that excellent genes are inherited to offspring, a heuristic migration mechanism based on population distribution characteristics is introduced to flexibly adjust the diversity of grasshopper populations, so that the local and global optimization capacity of the grasshopper algorithm is effectively improved. The e-commerce storage dynamic scheduling optimization problem is solved based on the improved grasshopper algorithm, the result shows that the optimization efficiency and quality of the improved grasshopper algorithm are obviously improved, the sorting efficiency of e-commerce storage is improved, and the sorting flexibility of e-commerce storage is improved.

The invention provides a fermentation production method of locust green muscardine fungus. The fermentation production method of the locust green muscardine fungus comprises the following steps: 1) activating the culture of the locust green muscardine fungus; 2) inoculating the locust green muscardine fungus active in the step 1) into a locust green muscardine fungus liquid culture medium, and performing liquid culture and stopping culture after performing culture for 30 to 60 hours to obtain locust green muscardine fungus culture liquid; 3) inoculating the locust green muscardine fungus culture liquid obtained in the step 2) into a locust green muscardine fungus solid culture medium and performing solid culture to obtain the locust green muscardine fungus. The liquid culture medium can generate strong bacteria so as to generate more spores, and the locust spores can be germinated in the liquid culture medium, so that a large amount of bacteria can be generated quickly in the solid culture stage, and the generated spores are 10 billion to 100 billion pieces/g.