32 results about "Slime mold" patented technology

The present invention relates to amoebae (slime molds) and uses thereof. In particular, the present invention relates to the use of amoebae or their environmentally stable spores to treat microbial infections and other uses.

The present invention relates to amoebae (slime molds) and uses thereof. In particular, the present invention relates to the use of amoebae or their environmentally stable spores to treat microbial infections and other uses.

The present invention generally relates to air sampling of biological compounds. Specifically, the present invention relates to a device and method for sampling the ambient air for detecting microbial propagules, microbial propagules being any spore, vegetative cell, or virion of microbiological origin including all bacteria, fungi, viruses, protozoans, molds, slime molds, chlamydospores, hyphae, and cysts.

The invention relates to a method for planning the path of automobile solder joints based on the slime mold-ant colony fusion algorithm. The method uses the slime mold algorithm to optimize the path of the solder joints to be planned, obtains a pipeline model, and then screens out the pipeline model according to the pipeline model. High-quality pipelines, so as to obtain a set of fixed point pairs, and then use the ant colony algorithm to optimize the path of the solder joints to be routed to obtain the first path. In the process of optimization, determine the ant The next path point to be visited by the swarm algorithm; the ant colony algorithm is cyclically iterated until the set number of iterations is met, and then the iteration is ended to obtain all paths; the optimal path is determined according to all paths. The invention can simplify the data set by using the set of fixed point pairs, reduce the number of access points of the ant colony algorithm, effectively improve the convergence speed of the algorithm, and at the same time reduce the probability of the ant colony algorithm falling into local optimum to a certain extent, and increase the ant colony algorithm The probability of choosing the optimal path.

The present invention is based on the bionic optimization method of the traffic network vulnerability problem based on the foraging behavior of slime mold. The method adopts the foraging behavior of slime mold to perform bionic optimization on the vulnerability problem of the traffic network, and uses multiple slime deformable bodies of a single slime mold to complete different The traffic network route in the direction is solved in parallel, the traffic network node is simulated as an external food source, the line between two nodes in the traffic network is simulated as a viscous deformation body, and the traffic network is simulated as a slime mold covering all external food sources Plastome, simulates transportation as the transportation of nutrients in the body, and simulates the optimization problem of the vulnerability of the transportation network as the optimization problem of the slime mold foraging network. This bionic method can efficiently complete the optimal solution of the vulnerability problem of the traffic network, save social costs, improve the efficiency of resource use, and simplify the problem-solving process for researchers.

Novel enzymes, processes and antigenic structures useful in producing vaccines and compounds useful in combating gram-negative bacteria are described. Enzymes were isolated from the slime mold Dictyostelium discoideum and used to specifically degrade lipopolysaccharide (LPS). Enzymatic degradation permits residues of the LPS molecule, including immunogenic epitopes of the core oligosaccharide portion of the LPS, to remain unmodified during this enzymatic removal of fatty acids from the lipid A region of the LPS molecule.

The invention relates to a fungus and slime mold complex and a cultivating method thereof. The fungus and slime mold complex is mainly obtained by cultivating four groups of medicines (total seventy-two traditional Chinese medicines) for vital and blood, liver and kidney, cardiovascular and auxiliary materials; after being respectively cultivated for one and a half years, the four groups of medicines are mixed according to a certain mixing ratio, cultivated in a sealed cylinder for six months at the second time and finally cultivated so as to obtain the fungus and slime mold complex. The fungus and slime mold complex provided by the invention is obtained through twice biological engineering fermentation, and multiple effective active bacteria components are generated; therefore, the fungus and slime mold complex provided by the invention can be called a nutrition treasure; the pharmaceutical effect is increased by 28 times; and the maximum pharmaceutical effect can be increased by 100times.

The invention discloses a slime mold RRT navigation method and system based on two-dimensional static path planning. Points are the set of nodes to be selected; when there are no obstacles in the exploration range, the intersection of the line connecting the starting point and the ending point and the circle is used as a new node; the node is used as the origin, and the circle is made with the step length as the radius; according to The above method reselects new nodes to make the obtained path the shortest. The method of the invention can improve the problem that the path of the RRT algorithm is not smooth and the path is not the shortest path, so as to improve the performance of the RRT algorithm and obtain a better and shorter path.

A clustering apparatus includes: an accepting unit that accepts pieces of target data, each of which is a vector; a slime mold information constructing unit that constructs, using the pieces of target data, slime mold information, which is information having one piece of hub cell information corresponding to a central cell of a slime mold and one or more pieces of branch cell information corresponding to a cell that is divided from the central cell for predation; and a clustering unit that associates each of the pieces of target data with branch cell information having the shortest distance from a vector contained in the branch cell information to the target data, among the one or more pieces of branch cell information contained in the constructed slime mold information, thereby clustering the target data into clusters in the same number as that of the pieces of branch cell information.

The invention relates to a strain equipment, in particular to a sticky mold spawn equipment. The technical problem is how to design a kind of wooden rod sticky bacteria seed equipment that can replace manual bacteria sticking on wooden sticks, has high work efficiency, and bacteria can evenly stick on wooden sticks. A device for sticky slime bacteria, including a mounting shell, a guide sleeve is symmetrically installed in the middle of one side of the mounting shell, and a movable plate is slidably connected between the two guide sleeves, so that the bacteria Such a placement frame is installed on the side of the movable plate away from the installation shell. In the present invention, by pouring an appropriate amount of bacteria into the placement frame, placing the wooden strips on the placement board, and starting the drive motor, the pushing plate can push the bacteria to the wooden strips, so that the bacteria stick to the wooden strips On the top, and the bacteria are moved left and right through the placement frame, which can make the bacteria stick to the wooden strips more evenly, without manually sticking the bacteria to the wooden strips, avoiding sore hands and reducing work efficiency.

The invention relates to the preparing process of NATO slime molds threads as well as its applications, which has something to with the biology and chemical engineering field. The material of the invention is the all soluble soy peptone which is extracted from hydrolyzing soybean milk. Add amplified culturing NATO fungi to ferment the peptone, after concentrating and purifying the producers can get the product. The invention is white fine powder which can be dissolved in water to form solutions with high viscosity. The main ingredients of the invention are amino mucopolysaccharides and poly-aminoglutaminic acid, which has similar qualities to hyaluronic acid. The fine products can be used in cosmetics and functional food; while the crude products can be used as high-effect flocculating agent, seeds' coatings in dry areas and can also be used in soil amendment.

A method for reducing ash in inferior slime comprises the following steps: evenly spreading high ash slime in a slime pool to make the thickness of the spread high ash slime be 5-12cm, ditching, loosening the slime by using a hoe, and sprinkling water; carrying out degermation and detoxification treatment on plant seeds, immersing the treated seeds in clear water for 12-15h, and accelerating germination for 1-2d; sowing the germination accelerated seeds according to the line width of sowing lines of 30-50cm, sprinkling water once every 2-3 days, culturing at 25-30DEG C, continuously culturing for 1-2 months after germination to form bud seedlings, and carrying out regular sampling and testing on the high ash slime in the culture period; completely pulling up the bud seedlings, screening out bud seedling roots, and carrying out water sprinkling culture for 1d; and removing the slime out of the slime pool to obtain an empty slime pool used for next batch of slime treatment. The method has the advantages of simple operation, low cost, obvious reduction of the ash content and the sulfur content of treated slime, and no pollution to environment in the treatment process, and the produced slime can be directly applied in the industrial field.

A transportation network node selection method based on slime mold swarm intelligence. The method uses the slime mold swarm intelligence behavior to optimize the transportation network nodes, sorts the importance of the transportation network nodes and optimizes the layout, and simulates multiple transportation network nodes into Multiple external food sources, the link between two nodes in the transportation network is simulated as a sticky deformation body, the transportation network is simulated as a slime mold population covering all external food sources, and the transportation is simulated as a slime mold population To transport nutrients in the body, the node optimization problem of the transportation network is simulated as the optimization problem of the slime mold group foraging network. This bionic method can efficiently complete the node importance ranking and node selection problem solving of multi-node traffic network, save social costs, improve resource utilization efficiency, and simplify the problem-solving process for researchers.

The invention provides a blind source separation method based on the quantum slime mold search mechanism under strong impact noise. The objective function is designed based on the independence criterion of maximizing the kurtosis of the separated signal. The method first uses the Givens rotation transformation to reduce the calculation amount, Then, the objective function is optimized within the given search range, and the optimal solution of the objective function and its corresponding separation matrix are searched by the designed quantum slime mold search mechanism within this range, so as to realize blind source separation. The designed method can realize blind source separation of aliased signals in strong impact noise environment and low signal-to-noise ratio. It has the advantages of fast convergence speed, high separation accuracy and stable performance, and has a wide range of application prospects.

The invention belongs to the technical field of cultivation of agaric fungi, and in particular relates to an auxiliary device for slime fungus species. The technical problem of the present invention is to provide an automatic flipping and easy-to-operate auxiliary equipment for stick slime spawn. Technical solution: A kind of auxiliary equipment for sticky fungi, including a base plate, on which a treatment box is arranged; a toggle device, on which the base plate is set to toggle the wooden sticks in the treatment box; a turning device, An overturning device for overturning the strains in the treatment box is arranged on the bottom plate, and the overturning device is connected with the driving device through transmission. The invention achieves the effects of automatic turning over and convenient operation.

The invention discloses a method for selecting agent nodes to manage fog computing network based on slime mold algorithm, which relates to the field of fog computing and computer network technology; in order to solve the problem that the current fog network management method cannot adapt to this kind of expansion and cause a certain high time The advantage of fog computing cannot be effectively utilized; this method includes a fog network information acquisition module, an agent node selection module, and an agent node work module. The node selection module uses the slime mold algorithm to select a certain number of nodes that meet the selection criteria from the fog nodes to become proxy nodes. This method simplifies the number of proxy nodes and reduces the behavior of large nodes being directly selected as proxy nodes. The slime mold algorithm can control the selection of proxy nodes including location, capacity, quantity, etc., so that the management of the fog network can always maintain a good load balance and play a good role. More efficient edge computing capabilities.