781 results about "Fully developed" patented technology

The invention discloses a compound for preparation of a high-strength polyolefin permeable membrane and a preparation method thereof. The compound comprises the following components in parts by weight: 35-65 of polyolefin resin, 30-60 of micron inorganic filler, 1-10 of nano inorganic filler, 0.2-0.5 of antioxidant, 0.1-1.0 of processing aid and 0.1-3.0 of coupling agent. The invention can improve the mechanical properties of the polyolefin permeable membrane through reasonable selection of the polyolefin resin and the nano inorganic filler, thereby reducing the thickness of the permeable membrane under the condition that the use requirements are satisfied. Moreover, the invention not only can fully develop the strengthening function of the nano filler, but also can obtain the permeable membrane with uniform aperture distribution and with water pressure resistance up to 100cm through the reasonable surface processing and the economical process flow. The transverse tensile strength of the permeable membrane is higher than 15MPa, the vertical tensile strength of the permeable membrane is higher than 30MPa, and the water pressure test reaches a 100cm water column, that is, the membrane can bear the 100cm water column without water permeation, breakage and the like.

The invention relates to a method for improving coercive force of sintered neodymium ferrum boron (NdFeB) by adding rare earth hydride in a grain boundary phase, which is characterized in that a rare earth or a rare earth mixed hydride is adopted as a grain boundary phase to be added into a NdFeB principal phase alloy to achieve the purpose of improving the coercive force of the sintered NdFeB. The invention provides a process for improving coercive force by adding less amount of rare earth hydride. According to the invention, the distribution of added elements in the grain boundary is controlled, the adverse effect of some alloy elements to the principle phase is avoided, and the improvement potential of the NdFeB magnet property is fully developed.

The invention relates to the technical field of porridge, in particular to sugar-free fruit porridge. In the main technical scheme, the sugar-free fruit porridge comprises 50-250g of cereals, 0-250g of beans, 100-250g of fruits, 0-150g of vegetables, 0-50g of dried fruits, 1-4g of stevioside and 0-0.3g of additives. The invention not only fully develops the nutritive value of fruits, cereals and beans, but also is sweet and sugar-free. Moreover, the invention simultaneously satisfies the needs of people for intake of fruits and dependence on the sweet taste, and is particularly suitable for diabetics.

The invention relates to a one-bath one-step process for a dispersing/reactive dye of a cotton-polyester blended fabric. The one-bath one-step process mainly comprises the following steps performed on the cotton-polyester blended fabric: dispersing/reactive dye one-bath pad dyeing; infrared and hot-air drying in advance; high-temperature baking fixation; padding in a reactive dye fixation solution; steam fixation; water washing; soaping; water washing; drying; terylene dyeing; and obtaining finished cloth. The one-bath one-step process is characterized by fully padding an unstained cotton-polyester blended fabric in a dispersing/reactive dye one-bath solution, introducing infrared and hot air so as to dry 60-70% of water in the fabric in advance, baking at high temperature so as to dye and fix color for polyester fibers, fully padding in the reactive dye fixation solution, performing steam fixation so as to dye and fix color for cotton fibers, and performing the processes of water washing, soaping and water washing so as to fully develop color on the fabric and fully wash off the surface dyeing on the fabric, thereby finishing a dyeing process. The dry and wet grinding fastness can fully meet the customer demand.

The invention belongs to a microwave and steam cooking two-purpose microwave oven, which comprises a barrel-type furnace body with an opened upper part and a sealed bottom, and a cylindrical working cavity arranged in the barrel-type furnace body, a spherical oven door provided with a microwave shielding layer, a microwave generation and control box, a steam heating steamer and a microwave and steam mixed heating steamer, wherein the microwave generation and control box comprises a microwave generator, a transformer, a cooling fan, a capacitor, a control circuit and a control panel. The oven body and the microwave working cavity are respectively changed into the barrel-type furnace body with the opened upper part and the sealed bottom and the cylindrical working cavity, and the lower partof the working cavity can be used for filling steam water and can also used for placing foods for cooking by directly utilizing microwaves, therefore, the microwave and steam cooking two-purpose microwave oven has the characteristics that the structure is simple and reliable, foods can be cooked by directly microwaves or steam or microwaves and steam, thus the advantage of microwave heating is fully developed, the use range of the microwave oven is effectively enlarged, and the utilization rate and the energy-saving effect of the microwave oven are improved.

The invention discloses an organic-inorganic in-situ composite flocculant and a preparation method thereof. The organic-inorganic in-situ composite flocculant is prepared by the steps of taking inorganic powder as a disperse phase, adding acrylamide, initiating agent and solvent to form a mixed solution system and carrying out in-situ polymerization reaction for 10 to 24 hours at 40 to 70 DEG C, wherein the mass percentage of the inorganic powder in the solution system is 1 to 60 percent, the mass percentage of the acrylamide in the solution system is 1 to 50 percent, and the mass ratio between the initiating agent and the acrylamide is 0.5 to 2: 100. The invention integrates the advantages of organic flocculant and inorganic flocculant and fully develops the flocculating effects of the acrylamide and the inorganic powder; and the organic-inorganic flocculant prepared by utilizing an in-situ composite technology can ensure that the decoloration ratio of dyeing wastewater can reach more than 90 percent. The flocculant has wide application range, low cost, simple and convenient method, mild synthesis conditions, strong practicability and easy industrial production.

The invention discloses a POS-aided method for matching aerial images, which comprises the following steps: firstly, utilizing an exterior orientation element obtained by the POS to construct a homonymous nucleofilament constraint equation and predict the initial parallax of an image; then, establishing an image pyramid according to the initial parallax and an approximate one-dimensional image correlation which carries out nucleofilament constraint layer by layer on the image of the pyramid; and finally adopting the matching of least-square images to confirm homonymous image points and pick mismatched points, thereby obtaining the homonymous image points of the images to be matched. The invention which adopts the POS-aided image matching method to automatically measure image points has the advantages that not only the application potential of the POS can be fully developed; but also the matching rate and the matching efficiency of automatically rotating points can be improved; and the problems that the rotating points of the images are so difficult to be matched that the rotating points are required to be measured manually and interactively are solved, for example, the rotational angles of certain images are too large, the image texture is not obvious, and the topographic relief is bigger.

The invention provides a method for producing low-alloy peritectic steel by a medium-thickness slab caster, which comprises the following steps: firstly, converter smelting: alkalinity of molten steel is increased during the tapping, top slag is modified after the tapping so as to realize the tapping without slag, tapping final phosphorus is controlled within ingredient range, and other ingredients are lower than the upper limit value; secondly, LF furnace refining: deep deoxidation is performed, the mixing is performed by adopting argon; thirdly, casting: the casting is performed by adopting the medium-thickness slab caster, the slag is protected by adopting a high-alkalinity crystallizer with high melting speed, and the blowing argon protection of the crystallizer is realized. The method for producing the low-alloy peritectic steel lightens the fluid level fluctuation caused by peritectic reaction during the casting production, eliminates longitudinal division and transverse depression on the surface of a low-alloy peritectic steel casting blank so that the qualification rate of the casting blank reaches 100 percent, and fully develops the capacity of the medium-thickness slab caster producing the low-alloy peritectic steel massively at high pulling rate.

The present invention relates to an integrated management system of student out-of-school activities. The integrated management system of the student out-of-school activities comprises a student function module, a parent function module, a merchant function module, a platform management module and a third party interface module. Hardware equipment comprises identification equipment, supervision equipment and virtual reality equipment. The identification equipment includes an identification card, a smartphone and a wearable device. The supervision equipment includes a reader and a camera of the identification equipment, a network video recorder and a registration induction device. The virtual reality equipment is configured to perform virtual reality learning and education through the virtual wearable device. The integrated management system of student out-of-school activities is capable of regulating the standardization of student trusteeship and tutorship and training institution management, therefore service management quality and service quality is improved, student learning training states may be understood by parents, the connection of student trusteeship and tutorship and training institutions with parents, students and merchants is enhanced, and children's personal safety and healthy diet is effectively supervised; and moreover, children may touch the newest science and technology through virtual reality equipment and may learn knowledge through lively activities, therefore children may be fully developed.

Systems and methods of determining nitrogen levels from a digital image and in-season nitrogen measurement and fertilization of non-leguminous crops from digital image analysis are disclosed herein. In particular, a method of determining leaf nitrogen concentration and yield from a digital photograph of a fully developed leaf (collared leaf) of a crop of non-legumes, such as corn, wheat, rice, cotton, potatoes sugarcane, turfgrass or forage grass species. The digital image is processed to determine a dark green color index (“DGCI”), which is closely related to leaf nitrogen concentration and yield. Standardized color disks having known DGCI values are included in the digital photograph and serve as an comparative standard. The comparative standard allows correction of DGCI of samples when using different cameras and/or when lighting conditions change. The DGCI values can then be used to determine the amount of nitrogen fertilizer that should be applied to recover crop yield potential.

The invention relates to a composite phase-transition heat exchanging device for warming clean gas fume and recovering exhaust heat after wet desulphurization in the technical field of heat transmission. The device comprises a level-I phase-transition heat exchanger, a constant temperature humidifier, a level-III phase-transition heat exchanger and an electrical cabinet, wherein the level-I phase-transition heat exchanger is connected with the level-III phase-transition heat exchanger and the constant temperature humidifier in turn through pipelines; the level-I phase-transition heat exchanger is connected with the electrical cabinet through connecting wires; and the constant temperature humidifier is in return connection with the level-I phase-transition heat exchanger through pipelines. Aiming at the defects of the prior art, multiple technical advantages hidden in phase-transition heat exchanging are fully developed, the clean gas fume temperature is improved after the wet desulphurization by using low temperature exhaust heat carried by the gas fume in a boiler system according to different thermotechnical states presented by the original gas fume and relevant physicochemical characteristics as well as relevant physical characteristics and energy required by warming of the clean gas fume in a boiler equipment system, national gas fume emission standards are met and the thermal efficiencies of boilers are improved.

The invention provides a distributed storage system and method for a persistent memory. Based on the design of the persistent memory, the distributed storage method that data is stored at different nodes in a scattered mode is adopted, I/O operation is conducted on a raw device in the mode of directly managing a raw disk, associated metadata is stored in a key/value database in a key/value form, the associated operation of a user on the key/value database is abstracted into a corresponding interface to be directly docked with a small file system, all the metadata is uploaded into the memory, and data and log files of a file system are stored on the raw device through a block device so that the file system and this system can share the raw device, and different devices can also be assignedto the file system and this system respectively. According to the distributed storage system and method, a distributed storage mode is combined, a local file system is abandoned, the file system overhead is further reduced, and the performance advantages of the persistent memory are fully developed.

The invention discloses a prescription milk powder for a piglet and a preparation method thereof. The prescription milk powder comprises the following components: whole milk powder, desalinized whey powder, whey concentrated protein, egg powder, swollen rice powder, powdered grease, glucose, lactose, lysine, methionine, threonine, trace element additive, complex vitamin, glutamine, choline chloride, vitamin C, milk flavouring agent, calcium lactate, calcium dihydrogen phosphate, antioxidant, astragalus polysaccharide and oligosaccharide. The piglet prescription milk powder has high palatability and high water solubility, is abundant in immune globulin, immune polysaccharide, functional oligosaccharide and high-cream lactoprotein, can well overcome the defect of insufficient milk absorption of the piglet, improves the immunity and disease resistance of the piglet and the raising rate and uniformity before ablactation and during the care period, and fully develops the growth potential of the piglet.

The present invention discloses a face image automatic processing system based on a monitoring system, and relates to a method for automatic identification and processing of a face image in a monitoring image. Aiming at the problems that manual processing of the monitoring image wastes time and labor and the face recognition method is easy to misjudge, the face images to be identified are assessed, two modules are employed to respectively perform processing of face images being easily recognized and being not easily recognized according to an assessment result, a classification result is obtained for the face images being easily recognized, and face images which are easy for human cognition are obtained for the face images being not easily recognized so as to allow each module to separately process one class of images, reduce the complexity degree of each module and improve the processing effects of the modules. The computer processing mode and the human processing mode are reasonablydivided to fully develop the maximum advantages of the two so as to avoid loss generated by wrong recognition of the face recognition algorithm on the premise of greatly reducing the human cost.

The invention relates to a method and device for regulating power consumption of equipments, wherein the method comprises the following steps of: dividing multiple equipments into at least one equipment group, setting a group power consumption upper threshold for the equipment group, setting an equipment power consumption upper threshold for each equipment in the equipment group; obtaining the current total power consumption of the equipment group, when the current total power consumption of the equipment group exceeds the group power consumption upper threshold, judging whether the current power consumption of each equipment in the equipment group exceeds the self equipment power consumption upper threshold; when the current power consumption of each equipment exceeds the equipment power consumption upper threshold, reducing the power consumption of each equipment to the equipment power consumption upper threshold; and when the current power consumption of partial equipments exceeds the equipment power consumption upper threshold, setting a new power consumption upper threshold, and reducing the power consumption to below the new power consumption upper threshold or new power consumption upper threshold. By adopting the method and device provided by the invention, the power budge of the equipments can be fully utilized, and the property of the equipment can be fully developed.

The invention discloses a method for detecting braking property of a vehicle in a road test based on improved Kalman filtering, which comprises the following steps: on the basis of referring a 'current' statistical model of an engine driven carrier in the navigation field, establishing a system motion model in the vehicle braking process; according to the Kalman filtering theory, using a speed and an azimuth angle outputted by a single-frequency carrier phase single-point GPS (global position system) receiver as the system observed volumes; and high frequently and precisely calculating a plane motion coordinate and the speed in the vehicle braking process, by utilizing the improved Kalman filtering recursive algorithm, thereby calculating and confirming a vehicle braking distance and a mean fully developed deceleration MFDD.

The invention provides a method for preparing a roxburgh rose vinegar beverage. The method comprises steps of treating raw materials, adding pectinase, adjusting total sugar degree, inoculating pre-activated alcohol active dry yeast for alcohol fermentation, inoculating pre-activated acetic acid bacteria suspension for acetic acid fermentation, and clarifying, removing acerbity and filtering by gelatin-tannic acid method. Compared with the prior art, the invention develops a new roxburgh rose product, namely roxburgh rose vinegar beverage. Compared with the other table vinegar, the roxburgh rose vinegar beverage has richer nutrition, mellow taste, intense flavor and unique efficiency, is tasty and refreshing, and has the functions of relaxing blood vessels and reducing blood lipid. By adopting the gelatin-tannic acid method, the acerbity taste of the roxburgh rose is completely removed, the taste of the roxburgh rose is changed, the interest of the people in eating the roxburgh rose is improved, and the functions of the roxburgh rose such as beautifying and skin maintaining, and nourishing and building health are fully developed. The product can be stored for 18 months at room temperature while maintaining nutritious and health-care ingredients of the roxburgh rose very well.

The invention provides a method for optimizing system performance by dynamically tracking an IO processing path of a storage system, which comprises the following steps: sending a read and write request to the storage system through a network by using a server; tracking an IO request in each device; introducing an IO request inspection mechanism into the process of processing the request by the storage system; setting an IO processing identification for each process module; computing the response time of each processing node; computing the total processing time of the whole IO request through the formula and recording in a blog mode; accurately positioning the error through the time of processing the IO request and improving, wherein the time for processing the IO request is displayed in the blog; fully developing the system capacity through changing system resources distributed to each user and service programs; and meeting the requirements of the users by using possibly less resources and achieving the purpose of serving various users.

A turbine blade for a turbine engine having a cooling system formed from one or more cooling channels having a plurality of mini channels. The cooling system may include first ribs forming a first passageway of mini channels in which the cross-sectional area of the cooling channel is reduced, thereby increasing the velocity of the cooling fluids and the internal heat transfer coefficient. The cooling system may also include second ribs forming a second passageway downstream from the first passageway a distance sufficient to prevent the formation of a fully developed boundary layer and allow the cooling fluids to fully expand after exiting the first passageway. The cooling channel may also include a plurality of protrusions extending from surfaces forming the cooling channel to create turbulence and prevent formation of a fully developed boundary layer.

The present invention discloses a method and a system for melanoma image tissue segmentation based on a deep neural network. A deep neural network technology is employed to solve the tissue segmentation problem of dermatoscope images of melanoma, and the method and the system for melanoma image tissue segmentation based on a deep neural network are mainly a medical image analysis processing technology. An improved deep neural network structure to perform modeling, dermatoscope images having segmentation tags are employed to train the model, and the trained model has an ability of suspicious tissues to new dermatoscope images. The method and the system are to locate suspicious areas in the melanoma dermatoscope images and to perform pixel segmentation. The method and the system for melanomaimage tissue segmentation based on the deep neural network employ a new deep learning technology, fully develop the capacity of collection of various hierarchical features of the image data, can be applied to the modeling process, can perform location and segmentation of the suspicious skin tissues and can provide good reference for further analysis by dermatologists.

The invention discloses a measuring apparatus and a method for the flexibility line shape of a bridge structure. The measuring apparatus is not fixedly arranged on a bridge, the equipment is simple, the realization is easy, the cost performance is high, the operation is convenient, the flexibility line shape of the bridge can be rapidly, objectively, and intelligently sensed and reproduced, the flexibility of the bridge is measured, the overall flexibility change of the bridge can be reflected via the change of line shapes in different times, bridge management workers can be informed of the current flexibility line shape of the bridge in time, especially the flexibility change state, the health and safety condition of the bridge can be analyzed, the bearing ability of the bridge can be fully developed, load limit and the falling of the bridge are reduced, and the practical engineering value is very high.

The invention provides a multi-energy composite hot water system control method with a pre-judgment calculation function. The control method comprises the steps of 1) calculating the average heat consumption quantity Q within a period of time by use of the system, 2) correcting the average heat consumption quantity Q according to the weather forecast air temperature information and configuring the supply water quantity V and the heat storage temperature T of a heat accumulation water tank according to the corrected average heat consumption quantity, 3) calculating the heating capacity Q solar energy of a solar heat source system, and 4) calculating the running time of a heat pump by use of the system, calculating the desired heating time t of the heat pump according to the surplus heat quantity Q surplus, and setting a water temperature detection time interval t1, the start time t1-t of the heat pump and the like. The multi-energy composite hot water system control method with the pre-judgment calculation function is used for effectively avoiding the heating of excessive water each day, reducing waste, improving the operating efficiency of the heat sources, fully developing the advantages of the various heat sources, and saving more energy.