579results about How to "Clear function" patented technology

The present invention relates to microbial fodder additive, and a kind of microbial fodder additive comprising beneficial microbes and their metabolites and its preparation process and use. The microbial fodder additive is the mixture of fermented liquid or dry powder obtained with Bacillus subtilis, Bacillus cereus, lactobacillus and Saccharomyices cerevisiae and through high density deep layer liquid fermentation. It may be prepared into different specific liquid or powder preparations. The microbial fodder additive has high live bacillus content, long product preserving period and less foreign bacteria contamination, and has the functions of raise fodder utilization, promote animal's growth, increase animal product yield and quality, etc.

The invention provides an integrated internal circulation type denitrification and decarburization bio-membrane reactor and an operating method thereof. The main body of the reactor consists of an anoxic zone on the lower part, an aerobic zone on the upper part and a settling zone on the periphery of the aerobic zone; a composite filler is filled in the anoxic zone, and a water inlet pipe is communicated with the bottom of the anoxic zone; the aerobic zone is partitioned into a filler zone for adding a carrier on the upper part and a mud-water mixing zone on the lower part by adopting an orifice plate, the anoxic zone and the aerobic zone are partitioned through an impermeable partition plate, and a plurality of aeration pipes are arranged at the bottom of the aerobic zone and provided with air inlet pores; and the settling zone consists of three parts, namely a clean water zone, a contact settling zone and a sludge returning zone which are sequentially arranged from top to bottom, wherein the bottom of the sludge returning zone is provided with a sludge returning seam and communicated with the bottom of the aerobic zone. The reactor realizes zero power consumption in sludge returning, and is compact in structure; and a back flushing system is not required in the contact settling zone, and additional agents and carbon sources are not required, so that the reactor is low in running cost.

The present invention discloses a micro service servitization application system. The system is constructed by using a micro service architecture and carries out unified configuration and management on micro-applications and micro services according to a unified application architecture. The system comprises: an infrastructure unit, for providing soft hardware resources and realizing virtual management of the network; a service unit, for realizing atomic services and carrying out classification management, carrying out service realization and service management by using the technology provided in an integrated platform, and providing unified service access support for the realization of the micro-applications; and an application unit, for carrying out groupware encapsulation of interactive interfaces on the applications and services, and realizing the micro-applications capable of directing operating according to actual needs, carrying out pool management on the micro-applications, clustering to form the application, and providing a unified access entry for various types of terminals. According to the system disclosed by the present invention, problems existing in the transformation of existing large-scale traditional enterprise information can be overcome, micro-service design of the information system is realized, and stability and reliability of the system are improved.

The invention provides a brown planthopper resistant rice gene Bph9 as well as a molecular marker and application thereof. The brown planthopper resistant rice gene Bph9 has a nucleotide sequence as shown in SEQ ID No.1 and a cDNA (complementary Desoxvribose Nucleic Acid) sequence as shown in SEQ ID No.2. The Bph9 gene is located between molecular markers InD2 and RM28466. The molecular markers closely linked with the gene also includes one of RM28438, InD28450, InD28453, InD14, InD28432, RM28481 and RM28486 which can be used for sieving the rice containing the brown planthopper resistant gene Bph9. The Bph9 gene belongs to the NBS-LRR (Nucleotide Binding Site-Leucine Rich Repeat) gene family; the encoded protein is related to the plant disease resistance; the Bph9 gene is transferred into common rice by virtue of genetic transformation and hybridization, and thus the resistance of rice to brown planthopper can be improved, so that the damage of brown planthopper is decreased, and the purposes of yield increase and yield stabilization are realized.

The invention discloses a device for measuring the sample thermo-physical property in situ, comprising a reaction kettle internally provided with a tested sample, a gas supply system for providing a gas source for the reaction kettle, a temperature control system for maintaining the reaction temperature in the reaction kettle, a hydraulic driving system connected with the reaction kettle and a measurement and control acquisition system connected with the reaction kettle and used for testing the thermo-physical property of the sample, wherein a background material of which the thermal conductivity is less than that of the tested sample is arranged at the bottom inside a barrel of the reaction kettle, and the measurement and control acquisition system comprises a thermo-physical test probe which is inserted between the tested sample and the background material. By adopting a single-side test structure of the thermo-physical test probe, the thermo-physical property test to different samples can be carried out, and the test speed is fast; the thermo-physical property parameters of the sample under different temperatures and pressures can be measured as the temperature and the pressure are respectively regulated; the reaction extent test is carried out according to the change of the thermo-physical property parameters during the chemical reaction; and the system has definite functions of all parts, favorable upgradability and expandability as well as wide adaptability.

The invention relates to a distributed energy management method and device. The distributed energy management device is composed of a ground layer, an intermediate layer and an energy management layer. The ground layer comprises a distributed power controller, an energy storage controller, a load controller, an invertor, a converter and a breaker. The intermediate layer comprises a data communication module, an operation control module, an energy storage management module and a load management module. The energy management layer comprises a data communication and monitoring module, an economic dispatch and optimal operation module, a load prediction module and a power generation prediction module. The ground layer and the intermediate layer coordinate and control short-term power in a local micro-grid system to be stable; the energy management layer coordinates and controls long-term power in the micro-grid system where the energy management layer belongs to be stable, and economization of micro-grid operation is achieved; meanwhile, the distributed energy management device is clear in structure, functions are specific, and system upgrade and function extension are facilitated.

The invention discloses a self-tracking servo control system for a flat plate with high integration and high precision. The self-tracking servo control system comprises a monitoring computer, a servo controller, a PWM driver, a direct current motor, a speed measurer, a transmission mechanism, a rotary transformer, a flat plate antenna and a support rotating mechanism, wherein the monitoring computer receives working conditions and issues control commands; the servo controller receives the control commands issued by the monitoring computer, reads antenna angle position information and receiver angle error information, closes a position loop, tracks the closed loop, and outputs analog controlled quantity to the PWM driver; the PWM driver closes a speed lop and a current loop to drive the direct current motor to further drive the flat plate antenna by the transmission mechanism to rotate; the flat plate antenna receives high frequency telemetry signals; the transmission mechanism, the flat plate antenna and the support rotating mechanism jointly constitute an antenna pedestal; the servo controller, the PWM driver, the direct current motor, the speed measurer, and the rotary transformer are installed on the antenna pedestal; the self-tracking servo control system has the advantages of small volume, light weight, low energy consumption and high integration level.

The invention discloses a smart city system, which comprises a function system, a physical system and an information system, wherein the function system is a form of functional performance, the information system is a way of function realization, and the physical system is a carrier for providing a physical support for function realization; the function system is of a five-platform structure; the physical system is of a five-layer structure; and the information system is of a five-domain structure. Detailed division is carried out on the smart city system, and the smart city system accurately describes which functions a smart city realizes and how to realize the functions from three dimensions of the function system, the physical system and the information system. Through setting the technical features, the smart city system with the clear system, the explicit functions, the hardware matching and the clear information transfer can be constructed, the basic model guarantee is provide for final realization of the smart city, and the application range is wide.

The invention discloses a stator hybrid short magnetic circuit magnetic suspension switched reluctance generator which is composed of a stator iron core, a rotor iron core, four suspension poles, eight power generation poles, fourteen rotor poles, four sets of suspension windings, two groups of excitation windings and two phase power generation windings. The four suspension poles are arranged on the stator iron core at equal interval, each two of the eight power generation poles are arranged between the four suspension poles at equal interval, the fourteen rotor poles are arranged on the rotor iron core at equal interval, the four sets of suspension windings are respectively wound on the four suspension poles independently, the two phase excitation windings and the two phase power generation windings are wound on the power generation poles opposite in the radial direction in lap mode, pole arcs of the suspension poles are two times of pole arcs of the power generation poles, and pole arcs of the power generation poles are equal to an arc pole of a rotor. The stator hybrid short magnetic circuit magnetic suspension switched reluctance generator adopts a hybrid stator and a short magnetic circuit structure, solves the problem of coupling of excitation, power generation and suspension, overcomes a magnetic flux reversal phenomenon, reduces magnetic motive force and stator iron core loss, and improves working efficiency and output power density.

The invention discloses an improved A2/O biological membrane reactor capable of synchronously removing carbon, nitrogen and phosphorus and an operation method thereof. The reactor comprises an anoxic area, an anaerobic area, an aerobic area and a precipitation area which are communicated with one another in sequence, wherein the raw water is divided into two raw water paths I and II which enter the anoxic area and the anaerobic area respectively; part of water discharged from the upper part of the precipitation area returns to the anoxic area; the sludge at the bottom of the precipitation area returns to the bottom of the anaerobic area; the anoxic area is filled with film formation fillers and spherical suspension fillers; the anaerobic area is filled with the film formation fillers; the aerobic area is filled with the film formation fillers and the spherical suspension fillers; the clear water at the upper part of the precipitation area flows through the reactor and is finally discharged by a water outlet pipe; the sludge at the bottom of the precipitation area is discharged by a sludge discharging pipe. By virtue of the reactor and the operation method thereof, the problems of sludge age contradiction, competition of different strains on substrate carbon source, the mixture of the strains, suppression on the activity of the strains and the like in the conventional A2/O process can be effectively solved; the organic matters and nitrogen and phosphorus in the sewage can be synchronously and efficiently removed.

The invention provides a high-density Rack storage server which is characterized in that the Rack storage server uses a 3U height as a unit, each unit is respectively provided with a storage node and a calculation node from top to bottom, an on-board controller switch is used in an intermediate calculation node, and a one-to-four miniSAS cable is connected with eight hard disks; a main board enables PCIE signals of the main board to be communicated to an SAS through connection card through a PCIE through connection card, the SAS through connection card enables the PCIE signals to be converted into SAS signals and is connected to the upper storage node and the lower storage node through the miniSAS cable, the upper 2U storage node and the lower 2U storage node are respectively provided with an expander card, and the SAS signals are expanded to 12 hard dick interfaces. Compared with the prior art, the high-density Rack storage server supports hard dick and main board hot-plug operation and maintenance and is convenient to maintain; the whole structure has the remote management function, and node power dissipation can be read in real time.

The invention provides a method of manufacturing an oligonucleotide gene chip for screening and diagnosing the normally gynecological malignant tumor in early phase and the method of detecting the same. The method uses the related genes of normally gynecological malignant tumor (breast cancer, ovarian cancer and uterine cancer) as control, and determines whether the patient has the malignant tumor by manufacturing the oligonucleotide and chip hybridizing and detecting. The invention provides a detecting method of screening and diagnosing the normally gynecological malignant tumor in early phase based on gene chip, which makes the characteristic gene of the normally gynecological malignant tumor into a gene chip so as to keep the consistence of the clinic detecting condition. The method can screen and diagnose the normally malignant tumor ASAP. With convenience in sampling and good consistence, the method of the invention is prone to popularize; by proper application, the cancer mortality can be reduced by 1/3.

The invention discloses a method and architecture for handling a conflict of security policies and a unified converter, wherein the method comprises the following steps: a strategy layer issues the security policies of different networks to an intermediate layer; the intermediate layer converts the security policies of the different networks uniformly and issues the converted policies to a handling layer; and the handling layer performs conflict handling on the converted security policies of the different networks. According to the method disclosed by the invention, the conflict handling of the security policies of the different networks is realized, and the demand of unifying the security policy deployment is met.

First, the sender partitions the source bit stream. The fault tolerant coding and the error correction coding are carried out in partition level. The coded bit stream is mapped into photon sequence. The photon subsequence with certain length is transferred through quantum channels. The sending and the receiving parties validate whether the current quantum communication is intercepted by using the classical channel verification. If it is intercepted, the quantum channel is not safe and the sending is stopped. If not, the said step is continued till all sequence are sent. Then, the sending party announces the preparation radix for each partition and the receiving party recovers the source bit stream. The channel structure used in the invention is same as the structure used in the quantum secret key release technique.

The invention discloses a bearingless switched reluctance generator. The generator is of a double-salient structure consisting of a stator iron core and a rotor iron core, wherein four suspension electrodes and four generating electrodes are arranged on the stator iron core at equal interval, and the generating electrodes are opposite pairwise in a radial direction; the width of a stator electrode of each suspension electrode is more than that of a stator electrode of each generating electrode, and the width of a rotor electrode is same as that of the stator electrode of each generating electrode; independent suspension windings are wound on the suspension electrodes respectively; and a drive winding and a generating winding are arranged on the generating electrodes respectively in a lap winding way, and two radial opposite windings are connected in series. According to the bearingless switched reluctance generator, the technical problem of non-linear strong coupling between suspending power and generating voltage is solved, the radial load capability is enhanced, and the suspension performance is improved.

The invention provides a full-automatic plate illuminator and an illumination detection method thereof. The full-automatic plate illuminator comprises an incubation tower, a sample feed system, a chemical luminous reader, a plate cleaner and a plate cleaning container region, wherein the sample feed system is connected with the incubation tower, the chemical luminous readout instrument and the plate cleaner and controls the transmission of a micro-porous plate among the incubation tower, the chemical luminous readout instrument and the plate cleaner; the plate cleaner is arranged correspondingly to the plate cleaning container region; the chemical luminous readout instrument can process chemical luminous immunity test on the micro-porous plate. Compared with the prior art, the invention has the advantages that: the full-automatic plate illuminator has less interference factors, accurate result and simple quality control in automatic immunity analysis; the fast analysis can on-timely feedback information to clinic application; the invention can save manpower and materials, thus is beneficial to the test of batch samples.

The invention belongs to the environmental microorganism field, in particular relating to heterotrophic nitrification aerobic granular sludge and a cultivation method and an application thereof. An inoculated strain of the aerobic granular sludge is stenotrophomonas maltophilia and pseudomonas putida. Activated carbon is adopted to prefix a functional strain culture, ordinary activated sludge is not inoculated, and the heterotrophic nitrification aerobic granular sludge can be cultivated. The aerobic granular sludge can effectively remove ammonia nitrogen, nitrite nitrogen, nitrate nitrogen and a mixture thereof in a water body, can also simultaneously remove CODCr in organic wastewater, is applicable to the treatment of high concentrated organic nitrogen-containing wastewater and inorganic nitrogen-containing wastewater, and does not produce the accumulation of nitrite and nitrate during the denitrification. The application of the aerobic granular sludge for wastewater treatment has simple process and steady denitrification effect.