31 results about "Old-growth forest" patented technology

The invention provides antrodiella zonata and a bacterial reagent made from antrodiella zonata for degrading metalaxyl pesticide residue. The strain is a white corroded fungus and is identified as antrodiella zonata D7821 which belongs to bracket fungus, Basidiomycetes. The strain is collected and separated from broad-leaved tree rottenwood of a primeval forest, and the strain has the main cultivating characteristic that the bacterial colony is loose, flocculent and white. ITS sequence of the strain is submitted to GenBank, with the register number of KC218571. Degrading bacteria cultivated by liquid and fermented by straw in solid state are applied to soil of vegetable fields in protected land polluted by metalaxyl pesticide, and the pesticide residue in the soil within 18 days can be reduced by over 75%. As the bacterial reagent for degrading metalaxyl pesticide residue, produced according to the technical scheme can effectively repair soil of the vegetable fields in the protected land polluted by pesticide, the toxicity of pesticide residue to a human body is reduced, and the ecological environment is protected.

The invention belongs to the technical field of building material manufacturing and die pour forming and particularly provides a building material for protecting virgin forest, mineral and soil resources and a manufacturing method thereof. The building material is prepared from, by weight, 100 parts of cement, 500 parts of dry sea sand and stone and 4 parts of solidified glue. The solidified glue is prepared from gum resin extract, seawater crystals and water according to the weight ratio of 100:1:10,000 in sequence. The gum resin extract is prepared from pine trees, podocarpus macrophyllus branches and leaves and water according to the weight ratio of 7:1:25 in sequence. The building material is good in toughness and strength, low in cost, simple in project operation, wide in application range and high in development value, water in space can be absorbed, and the service life of the building material is prolonged. Various lost resources can be comprehensively utilized, and the virgin forest, mineral and soil resources are protected.

The invention discloses an imitating wild condition planting method of dendrobium officinale. The method comprises the first step that a site is selected, wherein a primeval forest which is convenient in transportation and is free of industrial pollution in 100 kilometers nearby serves as a planting site; and the second step that the site is cleaned, wherein weeds in the primeval forest are removed, and roads are constructed and facilities used for spraying water and fertilizer are installed in the primeval forest. The imitating wild condition planting method of the dendrobium officinale can at least improve the rate of survival of the dendrobium officinale and improve the market supply of the dendrobium officinale.

The invention relates to an air conditioning system and a control method, in particular to an air conditioning system and a control method based on alpine fresh air as a source of fresh air. The system includes five parts: fresh air monitoring subsystem, fresh air collection subsystem, power subsystem, distribution subsystem and user terminal system. In another aspect, the present invention also provides a method for controlling the system. The method comprises: a fresh air collection step, a fresh air delivery step, a fresh air entering a room and an air conditioner for combined use, and a whole-process air monitoring step. The invention transports the fresh air rich in negative oxygen ions from the alpine virgin forest area to the user's air-conditioning unit and uses it as air-conditioning fresh air, which can alleviate the problem of indoor air pollution and greatly improve the breathing environment of urban residents under the ravages of smog; in addition, the present invention The implementation of the invention can also reduce the construction investment of the air-conditioning fresh air unit, and effectively solve the problem of bacterial growth in the fan coil unit, thereby generating huge social and economic benefits.

Provided is a dedicated walking-type mechanical rabbit for education of science popularization for teenagers. The dedicated walking-type mechanical rabbit is mostly composed of a rabbit body main trunk frame, a head model component, a built-in simulated left-eye miniature camera, a left movable-type pitch-adjusting eye socket, a simulated rabbit sound buzzer rabbit mouth device, a stimulated rabbit beard built-in remote-control antenna module, a built-in simulated right-eye miniature camera, a right movable-type pitch-adjusting eye socket, a trunk telescopic support spring, a rabbit body auxiliary trunk frame, a back left-leg linkage component, a back right-left linkage component, a back right cross-bar linkage component, a back left cross-bar linkage component, a back left-foot pulley assembly, a back left pulley, a front left-leg linkage component, a front-back leg linkage component, a front left cross-bar linkage component, a front left-foot pulley assembly, a front right-foot pulley assembly, a front left pulley, a front-back cross-bar linkage component, a front right pulley, a combined-type transmission mechanism with a storage battery and a white rabbit modeling lint coat. The dedicated walking-type mechanical rabbit for education of science popularization for teenagers, as a teaching aid especially for teenagers and children, also serves as a perfect helper of people engaged in scientific research and animal observation organizations for exploration of motion trails of rare animals in old-growth forests.

The health pyramidal willow tea is produced with tender leaf of pyramidal willow and through deactivating enzyme at 100-320 deg.c for 5-10 min; kneading; drying to water content less than 7 %; sterilizing and packing. The present invention produces tea with tender leaf of pyramidal willow in primitive forest as material, and the pyramidal willow tea has enjoyable peak green beautiful shape, sweet and mellow taste, scent of willow leaf and body building and disease treating effect.

The invention discloses bacillus amyloliquefaciens (Ba 168) and a preparation method and an application of the bacillus amyloliquefaciens, and aims at providing a biological control method of phytopathogens. The bacterial strain is preserved in the China General Microbiological Culture Collection Center (CGMCC), and the preservation number is CGMCC No.6462 on August 21, 2012. The bacterial strain is separated and obtained from soil in the Qinling Mountain virgin forest, and subjected to bacteria activation, shake-flask fermentation, seed liquid fermentation and large tank fermentation to obtain fermentation liquid; and the fermentation liquid is subjected to filtration and concentration, ultrafiltration membrane separation, and spray drying and packaging to be prepared into bactericide. The bacillus amyloliquefaciens has the advantages that the bacillus amyloliquefaciens can well prevent and cure bighead atractylodes rhizome root rot, American ginseng root rot, pseudo-ginseng root rot and other root rot caused by fusarium oxysporum.

The invention discloses a method for solid liquid mixed culture of medical hericium erinaceus mycelia. According to the method, special medical white hericium erinaceus strains cultured from wild hericium erinaceus in Zhongtiao mountain primeval forest through optimization for many years are adopted. Compared with the ordinary edible hericium erinaceus, the mycelia produced from the strains have the advantages that polysaccharides and peptide are contained, five kinds of anticancer substances, seven kinds of vitamins, three kinds of active cellulase, 18 kinds of amino acids, human body necessary trace elements and the like are also contained, the contents of cystine, histidine and arginine with great medical values are high, the amino acids are identified for 6 to 7 points, and the protein content is 16.65 percent, and is respectively 3 times and 1.8 times that of other hericium erinaceus.