251results about How to "Realize comprehensive application" patented technology

The invention relates to a method which feeds single layer paper or double layer paper to respectively print and then processes the paper into non-drying glue label. The method is characterized in that: the label is made of single layer or double layer web and film and is printed, gelatinized, hinged, post-processed on same non-drying glue rotary printing. The method includes following steps: the single layer or double layer web and film are respectively arranged on two paper feeding portions of the non-drying glue rotary printing; printing color class is selected, and the single layer or double layer web and film respectively penetrate corresponding printing station and following stations such as gelatinization, joint, mould cutting and so on; the surfaces of the single layer or double layer web and film is printed simultaneously; the single layer or double layer web and film, whose surface has been coated by hot melting glue, arranged on the lower paper feeding portion joints with the back side of the film arranged on the upper paper feeding portion; and a transparent plastic film is coated on the surface of the joint non-drying glue paper, and the mould cutting device cuts the part needing to be cut and reserves base paper.

The invention relates to a CAN bus-based pig house environmental temperature intelligent monitoring system. The system is characterized in that the intelligent monitoring system is composed of a CAN bus-based pig house environment parameter acquisition and intelligent prediction platform, a pig house environment multi-point temperature fusion model and a pig house environment intelligent prediction model. With the CAN bus-based pig house environmental temperature intelligent monitoring system of the present invention adopted, an existing pig house monitoring system cannot intelligently monitor and predict the temperature of the environment of a pig house according to the non-linearity and large lag of the environmental temperature change of the pig house, the large area of the pig house, complicated temperature change and other characteristics, as a result, control and adjustment of the environmental temperature of the pig house are seriously affected, while, with the CAN bus-based pig house environmental temperature intelligent monitoring system adopted, the above problem can be solved.

The invention relates to a functionalized carbon nanotube which can be used as epoxy resin curing agent and the preparation method, which belongs to the technical field of the nano-material. After a purified carbon nanotube is treated with strong oxidative acid, a carboxylated carbon nanotube is obtained; the carboxylated carbon nanotube is chlorided by thionyl chloride, and the obtained product is reacted with polyhydric alcohol or polybasic amine to obtain a modified carbon nanotube with hydroxyl or amidogen; then the hydroxyl is utilized to react with aromatic polybasic acid anhydride compound to obtain the functionalized carbon nanotube with anhydride group and carboxyl group, which can be further used as curing agent to ensure carbon nanotube well dispersed in epoxy resin, thus to improve the compatibility between the carbon nanotube and the epoxy resin, both the mechanical property and the thermal stability of the epoxy resin can be improved, thereby the advantage of the carbon nanotube can be exerted to the maximum, and the functional design and the application of the carbon nanotube can be achieved.

The invention provides a production method of an amino acid complex microorganism fertilizer, in particular to a method for producing an amino acid complex microorganism fertilizer by using amino acid organic granules. The method comprises the following steps: preparing solid inoculant; pelleting amino acida liquid waste into organic granules; compounding the organic granules with solid powders; when compounding, adding powdery inoculant which accounts for 5-15% of the finished product complex microorganism fertilizer at weight ratio; and mixing, pelleting and drying, wherein the material temperature in a drying cylinder is not higher than 80 DEG C. The production method provided by the invention breaks the normal procedure and is divided into two steps of pelleting of the organic granules and the package of the organic granules, as well as ensures viable count in the complex microorganism fertilizer. The production method of the complex microorganism fertilizer provides a new process which realizes the breakthrough of the process from powder pelleting by a disc and a roller to spraying granulation, thus improving commodity and effectiveness of the complex microorganism fertilizer and laying a foundation for popularization.

In an OTN (Optical Transport Network), an OTN interface of a network element may receive a BDI (Backwards Defect Indicator) signal from a far end network element to which OTN frames are being transmitted. A BDI signal indicates the occurrence of a unidirectional failure in the transmission of OTN frames to which the far end network element responds by switching its routing to the network element. The OTN interface generates an AIS (Alarm Indication Signal) for its network element so that the network element switches network communication channels to the far end network element to ensure bidirectional switching upon a unidirectional failure.

The invention relates to a preparation method and applications in supported catalysts of a carrier type titanium dioxide ultrafiltration membrane. According to the preparation method, a ceramic membrane is used as the support body, the self-growing phenomenon of titanium dioxide particles at high temperature is utilized, a titanium dioxide ultrafiltration membrane layer with high flux and tortuosity is formed on the surface of the ceramic membrane support body through the interweaving of titanium dioxide nanorods and calcining, thus the tortuosity and loose degree of the membrane layer can be effectively increased; an enough space is provided for supporting catalysts on the basis of ensuring the retention capacity of the original ceramic membrane; and the overall functionalization of the ceramic membrane is realized, namely the ceramic membrane supporting of multiple catalysts is realized and the product can be used in the fields such as photocatalysis, catalytic ozonation, catalytic hydrogen peroxide oxidation and catalytic wet oxidation.

The invention discloses a distribution transformer load forecasting method based on a mxnet framework deep neural network, and relates to a distribution transformer load forecasting method. At present, there is no uniform method to characterize and describe the distribution transformer and a worker cannot fully understand the distribution transformer and cannot accurately forecast the load changetrend. The method includes the following steps: acquiring system internal data and external data; purifying the acquired data to obtain load-related index data and historical load data; and separatelyfitting a long-term load forecasting model and a short-term load forecasting model in the load by using an optimal combination prediction model and an artificial neural network algorithm and using acourt as a unit; according to a load forecasting result and an index dimension, extracting a load-related label system and building a view of the court; displaying portrait view on a human-machine interface. The method establishes a load forecasting assessment model to monitor load fluctuations, achieve continuity of forecasting, grasp the important characteristic-load dynamic change process of acommon transformer, and can forecast the load change trend.

A method for determining the combination of the electrode and organic semiconductor with improved electron injection efficiency and hole injection efficiency in an organic TFT is provided, two types of FETS, that is, an n channel FET and a p channel FET are realized, and further, a complementary TFT (CTFT) is provided. The method for obtaining the vacuum level shift at the electrode metal/organic semiconductor interface from physical constants of constituent elements of the electrode and the organic semiconductor is provided. By changing the electrode metal through an electrochemical method, the electrodes whose electron injection and hole injection can be controlled are formed. By using these electrodes, two types of FETs such as an n channel FET and a p channel FET are realized, thereby providing a complementary TFT (CTFT).

The invention provides an online intelligent tobacco curing system based on a cloud platform and a curing process. The online intelligent tobacco curing system based on the cloud platform comprises a tobacco curing system server, a terminal application system and no less than one intelligent tobacco curing barn, wherein the three parts are connected by virtue of an internet; the tobacco curing system server is capable of receiving real-time data information of the plurality of intelligent tobacco curing barn, and the tobacco curing system server, by shooting images tobacco leaves and monitoring the tobacco leaves and by conducting computation and analysis with the application of big data of a tobacco curing stem server cloud platform, can achieve online intelligent control; and the terminal application system (such as PC, iPad and mobile phone) can log in a web page or mobile phone APP to search the status and historical data of the tobacco curing barn; the curing process comprises five sections in seven steps, namely weaving tobacco leaves and pre-withering the tobacco leaves, a yellowing stage, a leaf-drying stage, a stem-drying stage and a dried tobacco leaf moisture regaining stage, and a temperature stabilizing stage from the second step to the seventh step is subjected to the intelligent control of the tobacco curing system server cloud platform. The online intelligent tobacco curing system provided by the invention has the characteristics of being precise in temperature control, energy-saving and emission-reduction, environment-friendly, low in cost, short in curing cycle and intelligent and capable of achieving big data management, and the online intelligent tobacco curing system is conducive to the development of professional curing.

The invention discloses a closed-loop dual-drive autofocus device for dual cameras, which includes an iron shell, a dual-lens support body, a Hall sensor magnet, a drive magnet, a Hall sensor, a drive coil, a flexible circuit board, and a circuit board reinforcement board and base. The beneficial effects of the present invention are: gradually realize the triangular vision photography method of personnel, can realize more accurate photo framing, and obtain better photographic quality; The camera uses an autofocus device, which can more effectively realize the development and application of such technologies. The closed-loop single-drive autofocus device can realize accurate dual-lens drive, making the focus clearer, achieving a better viewfinder range, and taking better photos.

The invention relates to an additive, an assistant agent for pre treatment to ceiba fiber and a method for non-woven cloth by the ceiba fiber, belonging to non-woven technology area. Said method is that the additive is used to pre-treat the ceiba fiber; the ceiba fiber after pre-treatment is mixed with all kinds of natural fiber, man made fiber and synthetic fiber and is carded to net; the fiber net is strengthened; after that assistant agent with 1.5-5% wt of ceiba fiber stock weight is added in the sizing groove to mucilage so as to strengthened the intensity; after the formation under high temperature the product is produced. The invention not only realizes the non-woven production of ceiba fiber and all kinds of natural fiber, man made fiber in different proportion but also realizes the fabrication of all kinds of non-woven production with acupuncture and water jet, which uses the 100% ceiba fiber as the stock. It creates the precedent of non-woven area and novel industry chain is formed by producing novel non-woven environmental protection product. The grade of non-woven production is improved.

The invention discloses an intelligent safety bus monitoring system comprising a vehicle data server, a remote monitoring terminal and a plurality of vehicle detection terminals. The vehicle detection terminals are used for detecting environmental parameters in buses, the number personnel in buses, and equipment safety situations of the buses and sending the detected data information to the vehicle data server; the vehicle data server receives data information sent by the plurality of vehicle detection terminals; and the management staff obtains information in the vehicle data server by the remote monitoring terminal connected to the vehicle data server. The vehicle detection terminals consist of temperature and humidity detection modules, speed detection modules, positioning modules, electrical equipment detection modules, personnel number statistics modules, control modules and wireless communication modules. According to the invention, the system has functions of vehicle detection and monitoring and is capable of detecting safety of vehicles, so that the vehicle fault occurrence probability is reduced, and the personnel safety is improved; and the vehicle management efficiency by the management staff is increased.

The invention discloses acipenser dabryanus sperm preserving fluid liquid and a preparing method and application. The acipenser dabryanus sperm preserving fluid liquid comprises saccharose, mycose, trihydroxy aminomethane, potassium chloride, reduced glutathione and carbinol. The acipenser dabryanus sperm preserving fluid liquid has simple components and is low in cryopreservation cost. The added reduced glutathione plays a good role in antioxygenation, well protects sperm plasma membranes and reduces damage to DNA molecules. The added mycose has the effects of preventing protein denaturation and effectively protecting sperms. By means of the acipenser dabryanus sperm preserving fluid liquid, motility of unfreezed sperms is higher than 70%, and the fertility rate reaches 45%.

A three-dimensional scanning LiDAR based on one-dimensional optical phased arrays comprises a transmitting end, a coherent receiving end and an incoherent receiving end, wherein the transmitting end, the coherent receiving end and the incoherent receiving end are all one-dimensional arrays. A phase control complexity of the three-dimensional scanning phased array is reduced, and a tunable laser with high cost and a grating array antenna with large crosstalk are avoided. The LiDAR provides pure solid-state three-dimensional scanning in speed and integration level and is highly practical.

A method of manufacturing a flash memory device is provided. First and second gates are formed on first and second dielectrics and spaced apart from each other on a cell area of a substrate. A third gate is formed on a third dielectric that is formed on first opposing sidewalls of the first gate and extending on a portion of the substrate from the first opposing sidewalls. A fourth gate is formed on a fourth dielectric that is formed on second opposing sidewalls of the second gate and extending on a portion of the substrate from the second opposing sidewalls. The third gate and third dielectric on one of the first opposing sidewalls facing the second gate and the fourth gate and fourth dielectric on one of the second opposing sidewalls facing the first gate are removed. Drain areas are formed at outer sides of the third and fourth gates, and a common source area is formed between the first and second gates.

The invention relates to a field programmable surface acoustic wave radio frequency electronic tag. The electronic tag comprises a piezoelectric substrate, a transmitting interdigital transducer and a group of distributed reflecting grating arrays, wherein both ends of each reflecting grating of the surface acoustic wave electronic tag are provided with contacts; the distributed reflecting gratings are not connected one another; the surface acoustic wave electronic tag also comprises an integrated circuit chip which is laminated with the electronic tag and has switching function; external contacts of the integrated circuit chip are arranged in one-to-one correspondence with the contacts of the reflecting grating array of the surface acoustic wave electronic tag; and open-circuit connection and short-circuit connection of any two contacts of the distributed reflecting grating array are controlled through a field programming control switch circuit. Combined with a conventional integrated circuit design, a switch array realized by utilizing a conventional integrated circuit changes the open circuit and the short circuit of each reflecting grating of the reflecting grating array, realizes the field programming of the surface acoustic wave radio frequency electronic tag, enhances the multi-functionality and the flexibility of the design and reduces the cost of the SAW ID-tag.

The invention provides a terahertz wave rapid rotation scanning imaging system and method, and the system comprises a terahertz quantum cascading laser, an objective table, a transmission gathering optical path system, a terahertz quantum well detector, a signal collection processing module, a synchronous control module, and an image display module. The system employ the terahertz quantum cascading laser as the radiation source, employs the photoconduction-type terahertz quantum well detector as the detector, employs the self-designed rotating table and translation platform, a signal transmission gathering optical path and a signal collection processing module, completes the terahertz wave rapid rotation scanning imaging, and remarkably improve the imaging duration and effect. The system and method achieves the actual application of the technology of terahertz wave rapid rotation scanning imaging, successfully improves the imaging speed and effect, and is of great significance to the development and popularization of the technology of terahertz wave rapid rotation scanning imaging.

The invention relates to a two-dimensional thermal invisible cloak design method with internal heat sources in a hidden region. The method comprises the steps of establishing a two-dimensional coordinate system x-y and determining the region encircled by the coordinate system as a design region; setting boundary conditions, and respectively solving a background temperature field of the design region when no internal heat source is in a region Z1 and a temperature distribution when the internal heat source is in the region Z1 according to the boundary conditions; respectively solving a direct problem, an adjoint problem of the heat sources in regions Z2 and Z3, a derivative of an objective function, a conjugated coefficient, an iterative direction coefficient, a sensitivity problem, an iterative step length and the objective function, and updating the distribution of the heat sources in the regions Z2 and Z3; and calculating a composite objective function of the regions Z2 and Z3. In the two-dimensional thermal invisible cloak design method with the internal heat sources in the hidden region, the heat sources are applied to the design region according to the internal heat sources and the background temperature field in the hidden region to establish an invisible cloak so as to implement an invisible function.

The invention relates to a serum-free cryopreservation medium and method for peripheral blood monouclear cells. The serum-free cryopreservation medium comprises recombinant human interleukin-2, humanserum albumin, polyethylene glycol, trehalose and a basic culture medium or sodium chloride for injection. The serum-free cryopreservation medium has the advantages that the recombinant human interleukin-2 (IL-2) is added into the cryopreservation medium, so that the activity stability of immune cells cultured by thawed cells can be increased greatly, the high activity of original cells can be kept, the immune cells can well keep the physiological function and biological feature of the thawed cells, and the problem of direct large-scale amplification of the thawed cells can be solved effectively; the polyethylene glycol and the trehalose are added into the cryopreservation medium, the cryopreservation medium can replace an existing dimethyl sulfoxide-based (DMSO-based) cryopreservation medium, the toxicity of the cryopreservation medium to the cells is lowered effectively, cell stability is maintained, the direct application safety of the thawed cells is increased, and the thawed cellscan be directly used.

The invention provides a moving object wireless posture monitoring system. The system comprises a power source module, an inertia sensor module, a single-chip-microcomputer module, a wireless communication module and a remote display module. The signal output end of the inertia sensor module is connected with the single-chip-microcomputer module, the single-chip-microcomputer module outputs processed data to the remote display module through the wireless communication module, and posture angle information of the system is directly displayed on a remote terminal. The roll angle, the pitch angle and the yaw angle of the system can be displayed at the same time, so a user can monitor moving conditions of the system in real time and adjust an operation scheme. The system can be used for remote wireless dynamic monitoring of the inclination angle of the system, and has the advantages of achieving continuous monitoring, quick data acquisition and real-time display, being high in precision and the like.

The invention relates to a method for realizing an airborne long-endurance celestial navigation system based on INS (inertial navigation system) correction, and belongs to the technical field of navigation of long-endurance aircrafts. The method comprises the following steps: guiding a celestial observation subsystem on a physical platform with two-dimensional rotational freedom through position information output by the pure inertial navigation system to observe a fixed star target in the sky, calculating position information of a fixed star point target image in a geographic coordinate system, and correcting data accumulated along with time and output by the inertial navigation system by utilizing the calculated position information. The method realizes the airborne long-endurance high-precision celestial navigation system based on error item correction of the INS and is suitable for celestial positioning navigation on the airborne physical platform.

The invention provides a method for producing compound microbial fertilizer from amino acid organic granules, in particular to a method for producing compound microbial fertilizer by adopting slurry spraying and granulating processes, comprising the following steps: preparing liquid microbial agent, granulating waste amino acid solution into organic granules, and compounding the organic granules with the liquid compound microbial agent, wherein the liquid compound microbial agent is uniformly absorbed on the surfaces of the amino acid organic granules, and fermentation liquid accounts for 0.5-1.5wt% of the finished product of the compound microbial fertilizer. According to the invention, the normal method for producing the compound microbial fertilizer is improved, a novel method for producing the granular compound microbial fertilizer by two steps of granulating waste amino acid solution into organic granules and absorbing the liquid compound microbial agent by the amino acid organic granules is provided, and the number of viable bacteria in the compound microbial fertilizer is ensured. The production of the compound microbial fertilizer by the slurry spraying and granulating processes breaks through the production of the powdery compound microbial fertilizer by the disc and roller granulating process, thus a good foundation is laid for improving the commodity value, effectiveness and large-area popularization of the compound microbial fertilizer.