181 results about "Natural factor" patented technology

The present invention provides a real environment-based concrete cracking whole process test apparatus and test method, a main testing machine includes an environmental tank and a concrete specimen containing device arranged in the environmental tank, a specimen is placed in the concrete specimen containing device, a load system is connected with a movable clamp head on the concrete specimen containing device, and simulated real environment is provided in the environmental tank. The method comprises restraining stress, free variables, elastic modulus, deformation separation, and creep and other tests. In the whole process from pouring to hardening of test concrete, under a variety of temperature control conditions, the self temperature stress development process includes adiabatic temperature rise, thermal expansion coefficient, elastic modulus and creep and other parameter development process over time, a real meteorological environment can also be simulated, and temperature stress and cracking mechanism affected by natural factors are simulated. The device can set, according to the needs, different temperature and constraint conditions including thermal isolation, constant temperature, setting of the temperature rise and drop processes, and the like. Through the concrete cracking whole process simulation, concrete crack resistance can be evaluated.

The invention provides a concrete water cooling overall process testing device and method. A main testing machine comprises a concrete test sample containing device, and a test sample is placed in the concrete test sample containing device; a loading system is connected with a movable clamping chuck arranged on the concrete test sample containing device, a water cooling simulation system is arranged in a concrete test sample containing space and comprises a water pipe, the water pipe is provided with a water inlet and outlet connecting pipe which penetrates through the containing space to be connected with a water supplying device to form a loop, and the loop is provided with two executing mechanisms, that is, the cooling device and the circulating power device; a flowmeter and a water temperature sensor are arranged in the loop. According to the concrete water cooling overall process testing device and method, the self temperature stress developing process including the developing process of parameters such as adiabatic temperature rise, a thermal expansion coefficient, elasticity modulus and creep along with time of concrete in the overall process from pouring to hardening can be tested under the condition of multiple temperature control measures, and a true meteorological environment can be also simulated to simulate the temperature stress and the cracking mechanism which are influenced by natural factors. The device can set different temperature and constraint degree conditions including insulation, constant temperature, temperature rising and lowering process setting and the like as needed. The crack resistance of the concrete is evaluated through a concrete cracking overall process simulation test.

The invention discloses a method for planting Dendrobium huoshanense on a tree. The method comprises the following steps: standard land selection and three selection, tree trunk treatment, Dendrobium fixation, water and fertilizer management and the like. The method of planting Dendrobium huoshanense on the tree provided by the invention not only overcomes the defects that Dendrobium huoshanense wild cultivation is low in yield, is controlled by natural factors, relies on weather, is difficult to pest control, low in quality of greenhouse cultivation and the like, but also maintains the quality and appearance of wild Dendrobium huoshanense, so that the yield can be guaranteed, the pollution is produced, and products have the advantages of safety and high efficiency.

The invention discloses a method for enriching heavy metals and organic matters in soil. The method is characterized in that an electric field is formed in soil through setting up an electric enriching system, the heavy metals and organic matters in soil are enriched in an area through the electroosmotic flow and the electromigration effects, and separation and purification are carried out; the electric enriching system is composed of an adjustable direct current supply, an anode chamber, a cathode chamber, soil, electrodes and a cation exchange membrane; and the anode chamber and an anode are positioned at two sides of the electric enriching system, the cathode chamber and a cathode are positioned at two sides of the electric enriching system, soil is positioned between the two electrodes, the cation exchange membrane is arranged between the cathode chamber and the soil, and the adjustable direct current supply is connected with the anode and the cathode. The method has the advantages of short plant enriching time, no influences by natural factors, and no specificity to the enrichment of the heavy metals to realize waste resource utilization and soil restoration.

The invention provides a mechanical hand device which comprises a rack and at least a pair of grabbing mechanisms synchronously opened and closed, wherein two grabbing mechanisms in each pair are symmetrically arranged; each grabbing mechanism comprises a mechanical arm located at the upper side and a mechanical claw located at the lower side, the upper end of the mechanical arm is articulated on the rack, and the mechanical claw is connected with the lower end of the mechanical arm; and a ducted fan is arranged on the mechanical arm. Through arrangement of the two control mechanisms, the maximum value of the diameter of an article grabbed by a traditional standard mechanical hand is changed, and the mechanical hand device can flexibly grab articles; as the ducted fan is arranged, when the article is grabbed, the mechanical hand device can move horizontally for directed grabbing under the control of the ducted fan, so as to avoid the awkward situation that the article can not be grabbed due to natural factors or other factors; an upper supporting plate is used for fixing a bearing, and a rope is fixed on the bearing, so that the rope can not be fractured due to rotation although the mechanical hand spins in the air; and a buffering piece is also arranged on the rope, thereby enhancing the stressed value of the rope.

The invention discloses a rapid breeding method of koelreuteria paniculata, and relates to the technical field of seedling culture of koelreuteria paniculata. The rapid breeding method is characterized by comprising the following steps: a, plant inoculation culture: preparing a tender stem with an axillary bud or a semi-lignified stem, disinfecting, cutting into stem segments of 1.0-1.5 centimeters, and inoculating onto a culture medium, wherein the temperature of a culture room is 23-25 DEG C; proliferation culture: when the axillary bud emerges to 1.0-2.0 centimeters in height after inoculation, cutting off a cluster bud block, inoculating into a differential medium to perform proliferation culture; root induction culture: taking a single robust test tube seedling which is 1-3 centimeters in height and preparing a 1/3 MS culture medium serving as a basic culture medium; acclimatization and transplanting: after a developed root system is formed on the test tube seedling, opening a bottle to perform acclimatization for 5-8 days, taking the seedling out, cleaning, disinfecting and transplanting into a culture medium. By using the method disclosed by the invention, excellent properties of koelreuteria paniculata and the consistence of nursery stocks are kept, and dependence on a large number of natural factors is lowered; the method has the advantage of rapid and mass breeding of high-quality varieties; the breeding coefficient is over three times that of the conventional seedling culture.

A bamboo Chair pad that can be manufactured from 100% Anji Mountain bamboo from China. The bamboo is all treated with various protective coatings to add resistance to natural factors including water, sun and dirt. All bamboo chair pads can be manufactured from the harder portions of the bamboo trunk. (Some bamboo are manufactured from the softer fibers of the inside of the bamboo trunk). This portion of the bamboo trunk is not utilized for this invention. The bamboo utilized in the present invention is taken from the harder part of the bamboo trunk to assure maximum endurance and longevity. The lower trunk portion of the bamboo plant is harder and less porous.

The invention relates to a VOC finished vehicle environment sampling cabin, which comprises a cabin body (1), wherein the cabin body (1) is composed of a storeroom plate and a door; a buffer room (2) is arranged between the cabinet body (1) and the outside; driving guide rails are arranged in the cabinet body (1) and the buffer room (2); a VOC air treatment system (10), a sunlight simulation irradiation system (9) and an infrared irradiation device (8) are arranged in the cabinet body (1); an air conditioner (3) is arranged at the front end of the cabinet body (1); and a metering device (6) is arranged at the front end of the buffer room (2). Compared with the prior art, a test background blank in the sampling cabin can be relatively well controlled; the effects on the environment in the cabin caused by external natural factors are relieved; possibility is provided for transverse test and comparison between two vehicles or among a plurality of vehicles; air in the vehicle can be relatively accurately collected and is analyzed in a machine, so as to obtain the concentration of harmful substances such as benzene series and aldehyde ketone.

The invention relates to a ZigBee network based intelligent substation sensor online detection networking method. According to the method, a ZigBee star-shaped networking topology structure is adopted in a station layer of the substation equipment; in the station layer, a coordinator node in the ZigBee application layer performs initializing, starting and establishing of the network; a dual-star-shaped networking topology structure is adopted in a spacer layer and a process layer, and the spacer layer and the process layer are established into a layer of new sub network; in the newly-established sub network, the coordinator node receives a control instruction from an upper computer end, and sends the control instruction to each sensor detection node through the ZigBee network; the detection node collects working state data information of equipment according to the instruction and uploads the data to ZigBee coordinators; and the sensors and the coordinators are configured in substation equipment clusters in a distributed manner and connected with TCP/IP Ethernet servers through wire/wireless communication modes. The significant impacts caused by manual detection difficulties, and natural factors such as equipment aging, weather and the like are greatly reduced by the ZigBee network based intelligent substation sensor online detection networking method, so that the method is quite brighter in the application prospects.

The invention discloses a method for achieving an anti-snaking broadband energy absorption mechanism and an optimal configuration method for the parameters of a bogie. According to the method and the optimal configuration method, a dynamic design method is mainly applied, and lead-lag correction of unstable snaking oscillation phenomena of the bogie is achieved in a self-adaptive control manner; an anti-snaking redundant design form of an ICE3 prototype is borrowed, the anti-snaking broadband energy absorption mechanism is achieved through combination application of novel anti-snaking vibration reducers, and the method and the optimal configuration method are simple and applicable; and an anti-snaking soft constraint or anti-blocking technology is borrowed, the hydraulic rigidity is properly reduced, and rheology nonlinear influences are avoided. By means of the method and the optimal configuration method, the design defects of the ICE3 bogie prototype are overcome, a high-speed-rail passenger-dedicated development manner is gradually changed, and then the rate of return on investment is increased; in addition, the adaptability and the friendliness to track lines are improved, and the railway construction investment cost can be saved; and meanwhile the robustness of perturbation or disturbance of natural factors is improved, and particularly when the method and the optimal configuration method are used for mountain lines, and the structural technical service cost can be obviously reduced.

The invention relates to an artificial culture method of halophila oralis seedlings for marine ecological restoration, and belongs to the technical field of artificial culture of marine plant seedlings. According to the method, halophila oralis is cultured indoors to quickly obtain high-quality seedlings according to the reproduction characteristics that stem nodes on creeping stems of the halophila oralis can meristem and bifurcate and the creeping stems can horizontally extend and grow; the method specifically comprises the step of placing pruned creeping stem sections in seawater in which nutrient solution and a plant growth promotion hormone are added to culture for 25-30 days until the creeping stems extend horizontally to newly increase 2-3 stem nodes. The method has the characteristics of simple required equipment, convenience in material source, low production cost, easiness in mastering of the technology, horizontal extension of the creeping stems and high growth speed of buds on the stem nodes, the defect that the growth and the reproduction of the halophila oralis are affected by natural factors can be overcome, a large number of halophila oralis seedlings can be quickly obtained, the growth speed is high after the seedlings are transplanted to a sea area, and the protection and restoration effects on the halophila oralis are obvious.

The invention discloses a passive-trigger-type space debris capturing device. The passive-trigger-type space debris capturing device comprises two capturing storage bins, a trigger system and a base, wherein the trigger system and the base are connected between the two capturing storage bins, and the trigger system and the base are connected. The capturing storage bins comprise storage bin bodies and storage bin connecting rod assemblies connected with the storage bin bodies; and storage bin openings are formed in the storage bin bodies, the storage bin connecting rod assemblies are connected with the base, and the trigger system comprises a motor, a lead screw driving system, a sliding-block-type opening and closing system and a spring trigger. The passive-trigger-type space debris capturing device has the beneficial effects that the space debris capturing device belongs to a passive cleaning method, space debris can be effectively acquired through an integral enveloped-type structure of the two capturing storage bins, and the debris is acquired passively by arranging the trigger system; and because the debris is cleaned mainly depending on natural factors of the outside world, the consumed energy is extremely little, and the cost is reduced.

The invention discloses an advertisement material quality measuring method and system. The method comprises that influential factors which influence the clicking rate of an advertisement material are obtained and ordered according to the influence importance degree; the clicking rate of the advertisement material is obtained according to the ratio of the clicking number of the advertisement material to the display number of the advertisement material; a proper amount of influential factors is selected according to the order, and the clicking number and the display number of the advertisement material in the selected influential factors are obtained; the ratio of the total clicking number to the total display number of the advertisement material in the selected influential factors is used to obtain the average clicking rate of the advertisement material in the influential factors; and the natural factor clicking rate which measures the quality of the advertisement material is obtained according to a ratio of the clicking rate to the average clicking rate of the advertisement material. Thus, the quality of the advertisement material can be measured accurately.

A system and method for diagnosing the possibility of disease by making electrical measurements in one of a first body part and a second substantially similar body part are described. The present invention balances out differences between homologous body parts that are due to natural factors unrelated to disease, such as differences in size or symmetry between left and right breasts. Once data are prebalanced, statistical analyses can be performed on the data to diagnose disease. The system includes a normalizing module for obtaining a normalizing factors database from a screening population group to account for differences in spatial separation of impedance measurements. Once a set of normalizing factors is obtained, a prebalancing factor can be obtained that can further be used to adjust raw electrical measurements. Normalizing factors are applied to a smaller subset of measurements that are likely to better represent the body part as a whole. This set of measurements is reduced further by eliminating a set of the measurements that can be biased by a presence of a disease in a body part. The remaining measurements for each body part are then averaged to obtain an overall measure of a body part electrical property. The quotient between these measures is then used to adjust raw measurements. The adjusted measurements remove the imbalance that might exist due to natural differences between body parts. Adjusted measurements are then used as an input to other methods to obtain more accurate disease diagnostics.

A bamboo Chair pad that can be manufactured from 100% Anji Mountain bamboo from China. The bamboo is all treated with various protective coatings to add resistance to natural factors including water, sun and dirt. All bamboo chair pads can be manufactured from the harder portions of the bamboo trunk. (Some bamboo is manufactured from the softer fibers of the inside of the bamboo trunk). This portion of the bamboo trunk is not utilized for this invention. The bamboo utilized in the present inventions is taken from the harder part of the bamboo trunk to assure maximum endurance and longevity. The lower trunk portion of the bamboo plant is harder and less porous.

The invention discloses a method and apparatus for detecting interference of a camera. The method comprises the following steps: step 1, calculating an image entropy of a current video frame, and initially judging whether the camera has interference through the size of the image entropy; step 2, if it is judged that the camera has no interference in step 1, obtaining a continuously changing area of the camera within the latest N frames, and judging the presence of interference of the camera through the size of the continuously changing area; step 3, creating or regularly updating a reference background; and step 4, when the reference background exists, comparing the difference between the current frame and the reference background to determine whether the camera has any interference. By adoption of the method, a plurality of camera interference conditions can be detected, such as black and white frames, the camera is blocked, the camera is moved, the reference background used in the method changes dynamically, and the impact of some natural factors is effectively handled.

The invention provides a solar energy light following method and system. The solar energy light following method comprises the following steps that (1) communication is carried out through a satellite module and a satellite time service positioning system to obtain position coordinates of a solar panel and the time of the current time zone; (2) position coordinate information and the time of the current time zone are transmitted to a microprocessor, and the elevation angle and the azimuth angle of the sun relative to the solar panel at present are calculated through a solar elevation angle and azimuth angle algorithm after the microprocessor reads data; (3) the microprocessor judges whether the elevation angle is larger than zero degree or not, if the elevation angle is no larger than zero degree, any driving signal is not sent, if the elevation angle is larger than zero degree, the microprocessor updates the elevation angle and the azimuth angle of the sun periodically, sends information of the elevation angle and information of the azimuth angle of the sun to a motor driving circuit to drive a motor so as to enable the solar panel to align to the sun. The solar energy light following method and system are high in accuracy and rapid in reaction, cannot be influenced by natural factors such as the weather, and are applicable to focusing of large-sized solar panels, and high in cost performance.

The invention provides an optical remote sensing image object area detection device and an optical remote sensing image object area detection method, and relates to the image processing field. According to the optical remote sensing image object area detection device and the optical remote sensing image object area detection method, an optical remote sensing image is converted into a three-dimensional image, and the suspected object area of the optical remote sensing image is detected according to the three-dimensional image, and by adopting a principal component analyzing network and a support vector machine, the characteristic extraction and the characteristic classification of the suspected object area are carried out, and therefore the object area is determined. The optical remote sensing image object area detection device and the optical remote sensing image object area detection method are not easily affected by cloud, sea waves, and other natural factors, and therefore the stability is high, the extraction error rate of the object area is low, and the extraction speed is fast.

The invention discloses a standard cultivation method for agaricus bisporus. The standard cultivation method is characterized by including the following operating steps that 1, compost is prepared; 2, composting fermentation of compost is conducted; 3, preparation is conducted before sowing; 4, sowing time is set; 5, material layer mycelium cultivation management is conducted; 6, earthing is conducted; 7, 0.3% carbendazim is sprayed once after earthing, then clear water is sprayed within 2-3 days, the water content of a soil layer reaches 18%, water needs to be prevented from permeating into the material surface, proper ventilation and air exchange are needed for a mushroom house covered with drawing water, soil surface water is reduced, fresh air for mycelium growth is obtained, mycelia grow out of soil as soon as possible, and it is advisable that the room temperature ranges from 22 DEG C to 25 DEG C and the relative air humidity ranges from 80% to 85%. By means of the method, natural factors beneficial for growth of agaricus bisporus are increased, healthy growth of agaricus bisporus can be promoted, and the yield of agaricus bisporus can be increased by 5% to 10%.

The invention discloses a soft rock disintegration test system for simulating natural environments. The system is provided with a box body, wherein a lighting simulator, a temperature control device, a rainfall simulator, a wind simulator, a soft rock disintegration grain size grading and metering device, a monitoring device and an air humidity and temperature device are installed inside the box body. The system integrates the five natural factors of rainfall, lighting, temperature, humidity and wind, can simulate multiple natural environments required by soft rock disintegration, can provide an indoor site for simulating the natural environments for the research of soft rock disintegration, effectively overcomes the difficulty in outdoor research, has the advantage of cheaper and more economical required equipment, and can effectively reduce the research expenditure. The system has the characteristics of simple structure and reasonable design, can simulate the soft rock disintegration under multiple climatic conditions in the natural environments, can truly and comprehensively reflect the overall soft rock disintegration process, and can quantitatively obtain information in every respect by screening the conditions for reflecting disintegration. The system has the advantages of high practicality and favorable use effects, and is convenient to be popularized and applied.

The invention relates to a wine-making bodega-building technology which comprises a brick combination body, a bodega workshop auxiliary facility, bodega workshop venting hole reconstruction, a multilayer bodega structure method, a cultivation way of bodega mud, and a bodega body microcirculation compensating system. On the base of the traditional bodega process, the technology creates the bodega-building process, develops the technical measures of brick mud clamping and building, multilayer bodega body structure, external remote assistance, bodega body internal compensation, venting hole reconstruction, bodega soil adulterating and bacteria grafting, and the like, can effectively release the harmful influence on the bodega wine production by natural factors, has obvious promotion function to achieve the purpose of quick bodega mellowing, easy maintenance, aging resistance, interference resistance and stable wine quality, develops a new way of operability of the bodega wine flavor, accords with the principles of physical science and bodega wine process, develops and creates the bodega-building process, is suitable for bodega wine companies with different processes and flavors in different areas, and plays a positive role in improving the product quality and increasing the economic benefit.

The invention discloses a method of determining an underground water controlled water level by utilizing risk evaluation. The method comprises the steps of partitioning underground water functional zones; selecting natural factors and social and economic factors, which influence the development and utilization of underground water, of the underground water; determining the weight of each factor of each functional zone by adopting an AHP (Analytic Hierarchy Process); calculating the risk value of each water-bearing stratum of each function division and the corresponding risk grade by utilizing a comprehensive evaluation method; determining corresponding underground water level values under different risk grades. The method is capable of providing a scientific basis for the reasonable development and utilization and the programme of the regional underground water, and the practicability is stronger.