65 results about "Centimeter" patented technology

The invention discloses a delaunay-triangulation-network-based multi-redundancy network RTK atmospheric error interpolation method. A network RTK data processing center constructs a Delaunay triangulation network based on a correct coordinate of a CORS base station; after a user is accessed to a data processing center, an optimal triangular unit and a suboptimum triangular unit of the location of the user are selected; an atmospheric error interpolation base line number is extended; an MLIM ionized layer interpolation model and an RELIM tropospheric interpolation model are established; and an atmospheric interpolation completeness monitoring method of a moving station in a grid is provided. The interpolation precision of the MLIM ionized layer interpolation model is higher than that of the traditional model by three times and the interpolation precision of the RELIM tropospheric interpolation model is higher than that of the traditional model by 6 to 30 times; and the two models can still have high interpolation precision at an area with a large elevation difference at the base station. A regional CORS ionized layer and tropospheric completeness index can reach a centimetre-level interpolation precision, so that real-time positioning completeness monitoring of a network RTK user can be realized. With the method provided by the invention, a CORS base station around a user can be utilized fully; the atmospheric delay interpolation precision of the area can be improved; and the rapid and high-precision positioning of the user can be guaranteed.

The invention discloses a repair method for mercury-polluted soil. The repair method comprises the following steps: ploughing up surface soil with a depth of 25-30 centimetres away from ground surface, of the mercury-polluted soil, air-drying, grinding and sieving to obtain pre-treated surface soil; forming a passivator from 40-55 parts of bentonite, 5-15 parts of hydroxyapatite, 3-8 parts of ammonium thiosulphate and 8-16 parts of calcium hydroxide in parts by mass; adequately and uniformly mixing the passivator with the treated surface soil according to an added amount which is 2-5% of the mass of the surface soil, of the passivator, standing for 10-20 days until mercury with a content of 70% in the surface soil is fixed, and completing passivator repair; and levelling the surface soil, planting Indian mustard, dissolving calcium thiocyanate in water and uniformly spraying the solution into the peripheral soil of the root systems of Indian mustard during the vigorous growth period of Indian mustard, and finally harvesting Indian mustard. The repair method disclosed by the invention is simple to operate, low in cost, short in remediation period, and suitable for application of repair for large-area mercury-polluted soil plants.

The invention discloses an infrared nondestructive testing and imaging method based on an array laser source and used for structure surface cracks. The method comprises the following steps: expanding the beam of a laser source generated by a pulse laser device into a collimation laser beam with the diameter of several centimetres by virtue of a laser beam expander at first, and then focusing the laser beam onto the surface of the tested piece by virtue of m*n array convex lenses to form array laser spots with radiuses of less than 1mm and uniformly distributed, and then monitoring the temperature field distribution change condition of the surface of the tested piece irradiated by the array pulse laser source by using an infrared camera; when cracks exist in the irradiated area of the surface of the tested piece, the cracks block the diffusion of the heat of the laser irradiation on the surface, thus forming a high temperature difference at the both sides of each crack. Therefore, the cracks on the surface of the tested piece can be tested and imaged through the temperature gradient field of the irradiated area. The method disclosed by the invention has the advantages of being simple in system structure, easy to realize and operate, high in testing speed, high in sensitivity, intuitive in result, capable of realizing remote testing, and the like.

A process for the manufacture of a prepreg comprising feeding a layer of unidirectional conductive fibres having a defined width, bringing into contact with a first face of the fibres a first layer of resin comprising thermosetting resin, and compressing the resin and fibres together by passing over one or more impregnation rollers, wherein the pressure exerted onto the conductive fibres and resin does not exceed 40 kg per centimetre of the width of the conductive fibres, and the resin being in sufficient amount for the resin to enter the interstices of the fibres and leave a first outer layer of resin essentially free of unidirectional conductive fibres.

The invention provides an RTK measuring receiver tilt measurement method. The method comprises the following steps that 1, the bottom of a centering rod is fixed, tilting and shaking are conducted, and then measurement is conducted; 2, on the basis of the above-mentioned measurement, a measurement point sequence, a measurement point tilted sequence, a measuring rod length and an antenna phase center height are obtained; 3, on the basis of a numerical value obtained through measurement, a positioning quality target and geodetic coordinates of the points to be measured are obtained; 4, whether the positioning quality target meets the requirement or not is judged, weather measurement is finished or not is determined. According to the method, the positions of the points to be measured are calculated according to the positions and inclination angles of the receiver antenna phase center, the centering rod length and the like when a certain number of tilt measurements are conducted, and for centimetre-sized RTK, when the number of observed values is enough, the centimetre-sized position calculation precision can be obtained.

The invention provides a precise positioning and ranging method for a suspended track unmanned vehicle based on UWB and DGPS technologies. The precise positioning and ranging method comprises the steps that: a DGPS and a UWB positioning and ranging system are installed on the unmanned vehicle; both the DGPS and the UWB positioning and ranging system are connected with a vehicular control system; the vehicular control system performs positioning, ranging and unmanned driving of the vehicle through the DGPS and the UWB positioning and ranging system; a vehicular GPS and a base station form the DGPS; UWB sensors of front and rear vehicles on the same track form the UWB positioning and ranging system; mutual electromagnetic pulse signals are sent; the distance between the front and rear vehicles is obtained through a TOF algorithm; and, as the supplement of the DGPS, when the GPS does not have a satellite signal, the unmanned driving security of the vehicle is ensured through the wirelessranging of the UWB between the vehicles. According to the precise positioning and ranging method provided by the invention, the UWB and DGPS positioning technologies are applied to control of the suspended unmanned vehicle at the first time; the disadvantage that the GPS cannot complete positioning in some cases can be made up by the UWB technology; and thus, the positioning and ranging precisionis up to the centimetre level.

The invention discloses a movable lotus root-cultivating pool as well as a method and a tool thereof, belonging to a cultivating and breeding system. A whole piece of waterproof cloth is laid on the whole bottom and the enclosure of the pool. The invention is characterized in that the outer sides of piles (13) fixed on a foundation are connected with the waterproof cloth (1) through a special tool so as to serve as a pool dam, and the waterproof cloth (1) is extended by cloth-connecting clamps (6) and is supported by cloth-supporting clamps (8); and the joint parts (15) of the pile (13), the waterproof cloth (1) and the foundation are provided with connecting mechanisms, and a drain valve (17) and a feed valve (18) are arranged in the pool. The invention has the advantages of leaking stoppage, water level regulation, no pollution and reduced cost; and the effect can be better if the tilled land and wasteland of paddy fields as well as the ceilings and cement foundations of urban tall buildings are utilized. The method comprises the following steps: laying 15-20 centimetres of soil by utilizing the special tool; transporting up and down in a building; plowing and weeding; ditching; burying lotus roots; and harvesting, wherein water the height of which is 20 centimetres is introduced in the pool, so that the lotus roots can grow in the shallow soil layer plane in all directions, thus the lotus roots can be harvested easily, especially the acre yield is increased to 12000 jin from more than 1000 jin, and simultaneously the invention has the advantages of purifying air, regulating air temperature, beautifying cities and the like.

The invention discloses a method for producing pine needle health protection tea, which chooses one kind of pine needle selected from the group consisting of Chinese pine, Chinese red pine and Japanese red pine of over six years old and 3m high. The preparation method comprises the following steps: picking pine needles on any of non-polluted Chinese pine, Chinese red pine or Japanese red pine of over six years old, three meter high; taking out the impurities in the pine needles and rinsing the pine needles with clean water; placing the needles in 3-5% salt water and soaking for 25-30 minutes; taking out the soaked pine needles to rinse with clean water and dry, cutting the pine needles into 0.5 centimetre long for later use, rinsing medlar with clean water and drying for later use; putting the processed pine needles into a fried tea machine to fry and placing the fried pine needles in a ventilated area to cool; finally, putting the processed pine needles, wolfberry and rock sugar into the tea bag in proportion and finishing the sterilization packaging. When the tea is brewed by 100 DEG C boiling water, the nutrients are released quickly and absorbed easily by human body, thereby achieving anti-aging purposes and physical fitness.

The invention relates to a method for conveniently and fast observing stem tip flower bud differentiation of tobacco plant, belonging to the technical field of developmental biology of plants. The method comprises the following steps: a. taking a sample with a blade at the position which is 5 centimetres downward from the stem tip; b. after sampling, immediately placing the stem tip in an ordinary injector for medical use, which has a volume of more than 15mL, pushing a pushing rod of the injector to the bottom, using a thumb to block the front part of a needle tube and forcefully pulling up the pushing rod to the top of the injector; retaining the position for 1-3min and repeating the process for 3-4 times; c. fixing the stem tip sample in a stationery liquid for 24h for testing with components having the following proportioning: 5.0mL of formaldehyde with a concentration of 38%, 5.0mL of acetic acid, 90.0mL of alcohol with a concentration of 75%; d. using a stereomicroscope to observe and take photos of the sample. The method has the advantages of low cost, simple and convenient operation, fast observation and acquisition of digitalized pictures with clear images, thus being of great guiding significance for experimental studies.

The invention relates to a preparation technology of a centimetre wave-millimeter wave compatible absorbing material. The material is of five-layer structure, and a substrate is an irregular surface made of any material; the topmost layer is a first layer, and mainly consists of a W-shaped hexagonal ferrite absorbing agent and an acrylic resin adhesive; a second layer is composed of a carbonyl iron powder absorbing agent and an epoxy resin adhesive, and a third layer is composed of a Fe85Si1Al6Cr8 nanometer crystal thin absorbing agent and an epoxy resin adhesive; a fourth layer is composed of a polycrystal iron fibre absorbing agent and an epoxy resin adhesive; and a fifth layer is composed of a chopped carbon fiber, a sooty mixed absorbing agent and a polyurethane adhesive. A preparation process comprises the following steps: firstly, covering and preparing a bottom fifth-layer medium coating on the substrate; and then successively covering and preparing a fourth-layer medium coating, a third-layer medium coating, a second-layer medium coating and a first-layer medium coating, wherein the coating preparation of each medium coating is as follows: uniformly stirring a coupling agent, a diluting agent and the absorbing agent of each layer, standing, then adding the adhesive of each layer, uniformly stirring to obtain a paint, coating the paint, and curing, thus obtaining the centimetre wave-millimeter wave compatible absorbing material.

The invention discloses a sewage treating agent and a preparation method thereof. The sewage treating agent comprises the following raw materials in parts by weight: 18-22 parts of corn straw, 4-5 parts of cassava dregs, 7-9 parts of a starch derivative, 6-8 parts of polyacrylamide, 10-12 parts of polyferric sulfate, and 14-17 parts of diatomite; the preparation method comprises the following steps: corn straw whose water content is 60-70% is crushed into segments of 1 centimetre, the corn straw, the cassava dregs, polyacrylamide, and polyferric sulfate are uniformly mixed and placed into an ensilage trough, compacting is carried out, a plastic film is covered, fermentation is carried out for 4-6 days at 20-30 DEG C, in order to obtain fermented straw; the fermented straw, the starch derivative, and diatomite are uniformly mixed, in order to obtain the sewage treating agent. The sewage treating agent can be used for effectively removing various pollutants in the sewage, and especiallyhas substantial effects for treatment of dye waste water.

The invention discloses a multiposition microwave reactor with a reflection cavity. The multiposition microwave reactor comprises the reflection cavity, a reactor subassembly and a microwave radiatorsubassembly and is characterized in that the reflection cavity is a tubular shell which is made of a microwave reaction material and has the cross section being square; microwave reaction bodies are arranged at the four corners of the tubular shell respectively; the reactor subassembly comprises four tubular reactors which are arranged side by side and have the cross sections being square; a diagonal line of the square cross section of the reactor subassembly and a diagonal line of the cross section of the reflection cavity are arranged in the tubular shell in a mutual perpendicular manner; the microwave radiator subassembly comprises a microwave radiation head and a microwave source; the radiation head is a rod-like slot antenna radiator; the radiation end of the radiation head is arranged in a center line of the tubular shell; and a connector end of the radiation head is exposed out of the tubular shell and is connected with the microwave source through a coaxial cable. The inventionadopts an absorption and reflection energy feedback device, by arranging a reflection cavity body, the microwave utilization ratio is obviously increased; the absorption and reflection energy feedback device is small in size reaching a centimetre level and can conveniently perform microwave treatment on multiple trace or a small amount of samples at the same time.

The invention discloses a non-crystal alloy of centimetre grade plastic Cu-(Zr, Ti)-Al system block, which possesses 50-100% non-crystal phase, wherein the structural formula of system alloy is Cu45Zr48-xAl7Tix (x is atom percentage of Ti element, which is between 0.5 and 6).

The invention discloses a beta-graphite diyne nano-film as well as a preparation method and application thereof. The method comprises the following steps: taking copper foil or any substrate covered with copper foil on the surface as a substrate and performing a coupling reaction on tetra-alkynyl ethylene and diamines compounds in a solvent, so as to obtain the beta-graphite diyne nano-film after the reaction is finished. In the method, the optimally improved Glaser-Hay coupling reaction is adopted, so that the process is simple and convenient, and the centimetre-level beta-graphite diyne nano-film can be prepared on the surface of the copper foil substrate on a large scale; the film is stable in property and continuous and uniform in surface; the conductivity can reach 3.47*10<-6>S.m<-1>; the film is a two-dimensional carbon nanomaterial with a novel electronic structure and has potential application prospect in the fields of catalytic materials, electronic devices, catalysis, materials and the like.

The invention discloses a method for releasing dormancy of oil-used peony seeds. The method comprises the following steps: a quick post-maturation stage of seed embryos of the oil-used peony seeds: harvesting peony pods, spreading the peony pods in shade indoors, and overturning up and down once very day; after the pods crack naturally, screening and collecting shed seeds; performing stratification treatment after full seeds which submerge in water are dried in shade indoors for 1 to 2 days; adding fresh river sand which contains 50 to 60 mass percent of water in the screened seeds, and spreading a mixture indoors for drying; keeping internal temperature and humidity of a mixture of the seeds and the river sand, and treating for 30 days to obtain the mixture of the seeds with the seed embryos which are completely matured and the river sand; a hypocotyledonary axis dormancy releasing stage of the oil-used peony seeds: controlling the indoor temperature of the mixture of the seeds and the river sand to be between 15 and 20 DEG C, keeping the humidity of the river sand, and treating for 30 days to obtain a mixture of the seeds of which the root length is greater than 4 centimetres and the river sand; an epicotyl dormancy releasing stage of the oil-used peony seeds: controlling the indoor temperature of the mixture of the seeds of which the root length is greater than 4 centimetres and the river sand to be below 10 DEG C; spraying a plant growth conditioning agent; keeping the river sand at a certain humidity; treating for 30 days; completing a dormancy releasing process of the oil-used peony seeds.

The invention relates to a tight reservoir millimeter-level sample oil source direct analysis and comparison method. The method includes the following steps that: a borehole rock core is treated according to a non-conventional tight and mud shale rock core lithology fine and accurate description method, so that a tight reservoir rock core lithology description result is obtained; the rock core isfrozen and then is cut according to the obtained tight reservoir rock core lithology description result, and a frozen rock core sample is obtained; the centimetre-level or millimeter-level stripes ofthe tight reservoir and source-reservoir micro-combination of the sample are drilled so as to be sampled, and an obtained sample is packaged, and then is frozen and stored; a milligram-level sample from the frozen and stored sample is weighed, and is arranged in the heat-release tube of a tight reservoir oil source direct analysis and comparison system, after heat release is performed, a tight reservoir and source-reservoir micro-combination rock hydrocarbon fingerprint analysis spectrogram and data are obtained, and analysis data processing is carried out, and hydrocarbon fingerprint analysisgeological experiment parameters and fingerprint ratio parameters are obtained; and non-conventional tight oil and mud shale oil source-reservoir micro-combination oil source comparison and oilinessevaluation are carried out on the basis of the geological experiment parameters and the fingerprint ratio parameters.

The invention discloses vegetable crisp chips as well as a preparation method thereof. The method comprises the following steps: vegetables which are pretreated are soaked into clear water whose volume is 2-4 times the volume of the pretreated vegetables for 30-40 minutes; soaked vegetables are taken out and washed with clear water till the vegetables are clean; the cleaned vegetables are placed into a boiling device for boiling till the vegetables are medium to medium well boiled; boiled vegetables are cut into pieces whose lengths are from 2 centimetres to 4 centimetres, and the cut vegetables and flavour liquid are placed into a beater according to a predetermined weight ratio and beaten into a pulp; the pulp is placed into a vegetable crisp chip mould, and the mould is sent into a quick-freezing device for quickly freezing the mould for 45-120 minutes; the quick-frozen mould is sent into a microwave drying machine, drying, sterilizing and crisping treatment is carried out for 100-120 minutes within a temperature range from 35 to 65 DEG C under the pressure from 0.09 to 0.1Mpa. The vegetable crisp chips can satisfy people who like to eat puffed food, and provide abundant nutrition for people at the same time.

A lace (200) for a shoe (C), consisting of an elongate elastic band (2) made entirely of silicone, said band having elastic properties according to which, when at least one segment of said band is selected, said segment having a constant cross-section and a rest length of 5.0 centimetres, when said segment is stretched to a stretched length of 10.0 centimetres and then released, said segment contracts and reaches a first released length of between 5.6 and 7.0 centimetres after a first period of between 0.1 and 1 second after the release, and reaches a second released length of between 5.0 and 5.6 centimetres after a second period of between 15 and 25 seconds after the release. The invention is particularly applicable in the field of sports shoes, and in particular running shoes, to prevent any compression and thus allow good blood circulation while holding the foot comfortably.

The invention relates to a method for preparing a food, in particular to a method for preparing Chinese sauerkraut. Pickling materials comprise the following raw materials in parts by weight: 70-100 parts of potherb mustard, 5-10 parts of wild pepper, 20-50 parts of aniseed, 1-5 parts of cinnamon and 1-5 parts of anisum fruit. The preparation method comprises the following steps: 1, washing and chopping the potherb mustard; 2, placing the wild pepper, aniseed, cinnamon and anisum fruit which are wrapped into a yarn bag, placing the yarn bag in water, boiling on fire for 15-20 minutes, and taking out the yarn bag for spare use; 3, throwing the potherb mustard into a container until the potherb mustard piled in the container is 5-10 centimetres away from the mouth of the container, and pouring the hot water after the wild pepper, aniseed, cinnamon and anisum fruit are boiled into the container until the hot water is 1-2 centimetres higher than the potherb mustard; and 4, sealing the container, and placing the container at the ambient temperature of 20-28 DEG C for 3-10 days, thus the Chinese sauerkraut is obtained. The Chinese sauerkraut prepared by the invention is delicious and flavourful.

The invention relates to a fertilizer specially for increasing the yield of grapes, comprising the following raw materials in percentage by weight: 18%-37% of bran, 8%-16% of sorghum flour, 16%-25% of potassic fertilizers, 10%-16% of phosphatic fertilizers, 6%-10% of nitrogenous fertilizers, 4%-9% of calcium fertilizers, 4%-9% of calcium superphosphate, 1%-2% of auxins, 0.5%-1% of lime, 1%-2% of brown sugar, %-2% of dimethoate and 0.5%-1% of dipterex. The fertilizer is prepared through the following steps of: mixing and placing all the 9 raw materials into a stirrer for stirring for 80 minutes according to a proportion, and then taking out; adding the brown sugar, the dimethoate and the dipterex, and uniformly stirring; placing into the stirrer again for stirring for 40 minutes, and then taking out; and molding cylindrical fertilizer columns specially for increasing the yield of the grapes and with the weight of 200 grams, the height of 10 centimetres and the width of 8 centimetres by using a molding machine, wherein the required molded fertilizer columns specially for increasing the yield of the grapes are desirable to be compacted, tamped and difficult to smash when held by hands.

The invention discloses a portable surface runoff simulating and measuring device. The device comprises a measuring cylinder, a water diversion channel, a runoff frame and a sampling bottle, wherein the measuring cylinder is fixed on a bracket; a water outlet and a valve are arranged at the lower end of the measuring cylinder; the water outlet is communicated with the water diversion channel through a water delivery pipe; a water outlet slot hole is laterally formed in the side wall of the water diversion channel; a supporting seat and an access board are arranged below the water diversion channel; the runoff frame comprises a front inserting plate, a rear inserting plate and two side inserting plates which are connected with one another and form a rectangle; the access board is buckled on the inner side of the front inserting plate through an inserting slit; a runoff output connector is arranged in the outer side of the rear inserting plate; the sampling bottle is communicated with the runoff output connector on the rear inserting plate through a runoff output pipe; a volume scale line is arranged on the side wall of the sampling bottle; a vertical angle measuring device is arranged on the outer side wall of each side inserting plate; a horizontal reference device is arranged on the outer side wall of the rear inserting plate. The simulating and measuring device is centimetre-level in dimension, can repeatedly measuring surface runoff sample data in quantity, and improves the accuracy of observation data.

The invention relates to a pack of electrically heated cigarettes, which comprises a container and a lid hinged one another; wherein the container comprises a top chamber which houses a group of cigarettes, a bottom chamber and a dividing wall, which divides the top chamber from the bottom chamber; and wherein a drawer is provided, which is arranged in the area of the bottom chamber and can slide between a closed position, in which the drawer is completely arranged inside the container and an open position, limited by a limit stop device, in which the drawer is partially pulled out of the container; the distance between the dividing wall and the top wall of the lid when the latter closes the top opening of the container, being between 4.5 and 5.5 centimetres; and the distance between the bottom wall of the drawer, when the latter is in the relative closed position, and the dividing wall being between 3.5 centimetres and 4.5 centimetres.