109results about How to "Easy composition" patented technology

The invention discloses a memristor-based neuron circuit, comprising a synaptic circuit, a neuron activation function circuit and a synaptic weight control circuit. In the synaptic circuit, a memristor, under the control of four MOS tubes, changes the memristor value to simulate the change of the synaptic weight in the neuron network. The designed neuron synaptic circuit is capable of being directly connected with a digital logic electrical level so as to achieve convenient and real-time adjustment to the synaptic weight and through the use of the feature that the output voltage of an operational amplifier is restricted by the power supply voltage, the neuron circuit activation function can be realized as a saturated linear function. The neuron synaptic weight change circuit can utilize the existing CMOS micro-controller and at the same time, the micro-controller can be loaded by the neuron network algorithm to change the synaptic weight to realize corresponding functions. According to the invention, a plurality of neuron circuits could be connected into a large-scale neuron network for complicated functions such as mode identification, signal processing, associated memory and non-linear mapping, etc.

The present invention discloses a array type multi-point temperature monitoring system, including a plurality of monitoring devices, each of which is connected with a temperature sensor measuringline cable of 1000m at longest, each measuringline cable may drive at most 50 of single bus temperature sensors, the temperature sensor is capable of detecting the temperature information of the position where the temperature sensor locating, and the temperature data is transmitted to the monitoring device with a singlechip as a control kernel through a single bus data transmission protocol. The monitoring device has functions of data display, data memory, parameter enactment, overrun alarm, data transmission and the like. The monitoring devices combine a network through RS-485 communication bus, and are connected to a computer host by RS-485/RS-232 protocol converters, and RS-232 bus to form the array type multi-point temperature monitoring system. The array type multi-point temperature monitoring system is used for situation with a large area multi-point temperature monitoring requirement.

The invention belongs to the field of fuel cells, and particularly relates to a generating and energy storage integrated device based on direct carbon fuel cells (DCFCs) with a liquid metal positive electrode. The generating and energy storage integrated device comprises a metal molten pool, the liquid metal positive electrode, the tubular solid oxide direct carbon fuel cells (SO-DCFCs) and a fluidization air distributing feeding system, wherein the tubular SO-DCFCs can be blind pipes and through pipes and can be inserted into the metal molten pool vertically or horizontally; the feeding system carries a fuel and a positive electrode material into the metal molten pool by virtue of carrier gas, and substances in the molten pool are stirred. The generating and energy storage integrated device provided by the invention has the advantages that chemical energy in the fuel and surplus electric energy in an power grid are changed into chemical energy in the liquid metal positive electrode to be stored, and the integration of a generating device and an energy storage device is realized; the integrated device is simple and compact, the reactivity of the carbon fuel and the metal positive electrode is high, the property of the cell is good, the friction of the cell caused by liquid state positive electrode fluidization is small, the service life of the cell is long, the seal is easy, the collection is convenient, and a large-scale electric pile is convenient to form.

This invention relates to a combined control device for integrated instruments and electric appliances composed of a shell with a faulty display window and labels, an electronic control circuit, an intelligent expanding module circuit, a moving and static contactor component with a current sensor at the side of a static contact bridge, an iron core, a coil and a spring, which realizes multiple kinds of protections and fault display by the electronic control circuit and has the function of power saving, a photo electric isolation technology is applied for its high voltage drive and low voltage signal circuit and the I/O expanding interface and an intelligent expansion module are applied to enrich the function of the display and control of the instrument.

The invention discloses a rotating disc type automatic ceramic roll forming system. The rotating disc type automatic ceramic roll forming system comprises a roll forming machine, wherein a plaster mould is conveyed to the roll forming machine through a green body conveying device and then is conveyed to a drying oven in the next step after the completion of rolling, the green body conveying device is controlled by a rotating disc rotating device and a hydraulic control system, the roll forming machine adopts a double-roller head structure for the simultaneous rolling, and the green body conveying device adopts a rotating disc double-row mould entering and exiting conveying structure which can be used for roll-forming two products simultaneously, so that the production efficiency is doubled compared with a single automatic roll forming machine produced by Japan; and in addition, when different varieties need to be produced, only a mould base needs to be additionally cushioned on eight mould brackets or the mould brackets are replaced, so that the problems of low green compaction efficiency, high labor intensity and low degree of automation of conventional equipment are solved. The rotating disc type automatic ceramic roll forming system does not need very high operation technologies, is convenient to form an automatic production line, and has the advantages of simpleness in operation, safety in use, low labor intensity and high green body quality.

Some embodiments provide, for a policy framework, a method for managing policies for a set of resources in a computing environment. The method stores several imported policy rules as primitive policies, each of which includes a policy data structure that includes a set of fields. One of the fields of each primitive policy stores the imported policy rule for the primitive policy. The method defines several composite policies based at least in part on the primitive policies. The method stores the defined composite policies as policy data structures. Each policy data structure for a composite policy includes a set of fields and references at least one additional policy data structure.

A field programmable gate array (FPGA) device for diagnosing and predicting artificial circuit faults comprises an FPGA board card, wherein the FPGA board card is connected with a computer host machine in Ethernet communication mode, and upper machine software is operated in the computer host machine. The FPGA board card is used for acquisition, cache, preprocessing and back-up of accessible node voltage information and network spectrum characteristic data of an artificial circuit to be tested and packing and transmitting an original signal and artificial circuit fault information to the upper machine software. The upper machine software is used for receiving data frames sent by the FPGA board card, provides interface software for diagnosing and predicting the artificial circuit faults, simultaneously provides a delivery interface of original data and can seamlessly deliver the data to other analysis platforms of the computer host machine to perform follow-up processing, analysis and back-up. The FPGA device for diagnosing and predicting the artificial circuit faults tests and diagnoses some large-scale naval ship artificial circuits and a radio frequency identification device (RFID) filter network, the accuracy rate of fault diagnosis is larger than 95%, and the false rejection rate and the false accept rate are smaller than 3%.

The invention provides an L-shaped sub-array utilization method, wherein the L-shaped sub-array is provided with four antenna units. The L-shaped sub-array utilization method comprises the following steps of 1), establishing a square antenna sub-array module; 2) establishing a module equipment database; 3), splicing for forming an objective antenna array; and 4) defining the phase center of a single L-shaped sub-array. Compared with the prior art, the L-shaped sub-array utilization method is advantageous in that the boundary rule of the square antenna sub-array module which is composed of four L-shaped sub-arrays facilitates mounting of various planar arrays and realizes easy engineering realization; combination of ten splicing methods of the square antenna sub-array module and the selection mode for the phase center of the L-shaped sub-array can obtain an array antenna phase center distribution with high randomness, thereby greatly weakening an array antenna radiation pattern grating lobe; and the square antenna sub-array module has a small scale and can be conveniently assembled for forming the planar arrays in different forms, thereby realizing non-single array surface form and wide application range.

The invention relates to a pneumatic powder feeding type molten carbonate direct carbon fuel cell stack which comprises a fuel cell monomer, a cyclone separator, a carbon fuel bin, a carbon fuel loop, a CO2 gas loop and other components; the fuel cell stack is formed by stacking a plurality of fuel cell monomers; solid carbon fuel powder is deposited in the carbon fuel bin; CO2 gas flows through the carbon fuel bin, and flows into an anode gas flow channel by carrying the carbon fuel powder; the carbon fuel powder passes through an anode plate opening, comes into direct contact with a molten electrolyte in an electrolyte diaphragm, and is adhered on the electrolyte diaphragm for the anode reaction of the fuel cell; and unreacted carbon fuel powder and the CO2 gas are separated through thecyclone separator after anode reaction, the carbon fuel powder is recycled, the separated CO2 gas is partially delivered to the carbon fuel bin for carrying the carbon fuel powder and is partially introduced into a cathode gas flow channel for a cathode reaction, and the residual CO2 gas is evacuated directly. According to the invention, the difficulty in continuous feeding of a solid carbon fuelfor the direct carbon fuel cell is eliminated, and the structure of the direct carbon fuel cell stack is compact and reasonable, and is convenient for amplification.

The invention discloses an eight-unit L-shaped subarray application method and an application device based on modularization. The method comprises the steps: eight eight-unit L-shaped subarrays are selected, and the eight eight-unit L-shaped subarrays can realize 8*8 square modules with different internal splicing structures and same outlines; a plurality of 8*8 square modules are formed; 20 kinds of 8*8 square modules made of the random-distributed L-shaped subarrays are selected from a plurality of 8*8 square modules and serve as a module selectable set; in the module selectable set, a plurality of 8*8 square modules are randomly selected, and the selected modules are spliced into a target antenna array; according to an array antenna far-field pattern superposition principle, a target antenna array pattern assessment array organizing method is calculated, if the performance of the target antenna array pattern is suitable for index requirements, the splicing process is finished, otherwise, another splicing method is reselected until the respliced target antenna array satisfies the index requirements. The invention also discloses the device corresponding to the method.

The invention relates to a solid oxide direct carbon fuel cell stack of a tablet bubbling bed, which belongs to the technical field of direct carbon fuel cells. The solid oxide direct carbon fuel cell stack provided by the invention comprises components such as a bubbling bed, tablet fuel cell monomers, a grid plate, a solid carbon fuel and the like, wherein the tablet fuel cell monomers are installed on the peripheral wall of the bubbling bed; an anode is inward and a cathode is outward; the tablet fuel cell monomers form a serial structure and a parallel structure through current collectingwires, thereby maintaining the working voltage and current which are needed by the cell stack; the grid plate is installed at the bottom of the bubbling bed; the solid carbon fuel is laid on the gridplate; inlet anode carrier gas is blown into the bubbling bed through the grid plate so as to blow solid carbon fuel particles, thereby enabling the solid carbon fuel particles to be in a bubbling fluidized state; and the cell stack can adopt anode support, electrolyte support or cathode support type tablet fuel cell monomers, and the working temperature of the cell stack is 600-1000 DEG C. The solid oxide direct carbon fuel cell stack provided by the invention has the advantages of compact and reasonable structure, low equipment requirements and easiness in realization, can be used for solving the difficulty of a tablet cell monomer stack and simultaneously realizing the continuous feeding of the solid carbon fuel.

The invention discloses a two-dimensional scanning micromirror of an electrostatic drive microelectromechanical system. The two-dimensional scanning micromirror mainly comprises a low-resistance silicon substrate located on the bottommost layer, fixed comb teeth, comb tooth leads, movable comb teeth, a two-dimensional scanning micromirror set, supporting beam sets and anchor positions, wherein the fixed comb teeth and the comb tooth leads are located on the middle layer, the movable comb teeth, the two-dimensional scanning micromirror set and the supporting beam sets are located on the topmost layer, and the anchor positions are located on both the middle layer and the topmost layer. Four L-shaped supporting beams are introduced in the X-axis direction as the mirror plane rotating shaft in the X-axis direction, so that the leads of the internal fixed comb teeth just pass through the center of the gap between every two adjacent L-shaped supporting beams. Due to the design, the device structure and the machining technology can be simplified, cost is reduced, the leads of the micromirror can be led more conveniently, and thus a large-scale micromirror array can be formed conveniently. The two-dimensional scanning micromirror is of vital significance in expanding the application fields of two-dimensional scanning micromirrors of electrostatic drive microelectromechanical systems.

The invention discloses a special-shaped box processing device with a waste recycling function. The special-shaped box processing device comprises a bottom plate, a support frame and motors. The special-shaped box processing device is characterized in that the support frame is designed to be in a T shape, the left and right ends of the support frame are fixedly provided with the motors, motor shaft portions are fixedly connected to transmission wheels, and the two transmission wheels are connected to a transmission belt. The upper surface of the support frame is fixedly provided with a limiting frame, and the limiting frame is provided with a plurality of limiting devices at equal intervals. The processing device is used for cutting special-shaped box paperboards so as to facilitate forming of a special-shaped box, the special-shaped box paperboards are placed on the transmission belt, the transmission belt drives the paperboards to move, the paperboards are in contact with the limiting devices, the paperboards are pressed through rollers, the rollers can prevent the paperboards from moving at will in the process of moving on the transmission belt, the motors a drive conveying rollers to rotate in a power bin, and the conveying rollers on the upper and lower sides drive the paperboards to move into a cutting bin.

The invention discloses a soft pack battery module and a manufacturing method thereof. The battery module comprises soft pack battery modules, a heat conduction sheet and front and rear bus bar assemblies, wherein the soft pack battery modules are stacked and connected to form a whole soft pack battery module; the front bus bar assembly and the rear bus bar assembly are connected to the front end and the rear end of the whole soft pack battery module; the bus bars on the front bus bar assembly and the rear bus bar assembly are contacted with leads of corresponding soft pack cathode mixes; the bottom surface of the whole soft pack battery module forms a cooling surface; and the cooling surface is contacted with the heat conduction sheet. Thus, the battery modules are assembled to the whole soft pack battery module, series and parallel connection of different requirements can be realized, and the applicability is strong; the bottom of the whole battery module is provided with the heat conduction sheet, thereby achieving good heat conduction performance; and an embedded molding process is adopted between a heat conduction frame and a plastic piece and between the whole soft pack cathode mix module and the bus bar assemblies, thereby improving the strength of the assembly formed by the heat conduction frame and the plastic piece and achieving better product consistency.

The invention discloses a multi-component composite chelating agent for fly ash treatment. The multi-component composite chelating agent comprises the following components in percentage by mass: 10-60% of organic sulfide, 1-30% of inorganic sulfide, 1-20% of inorganic phosphate and 1-30% of an organic low-molecular-weight dispersing agent, with the balance being water. The invention provides the heavy metal composite chelating agent for waste incineration fly ash. The chelating agent is simple in preparation method; the composition of the agent is simple and easy to obtain; the chelating agentis comprehensive in component, is homogeneous and stable, can effectively stabilize almost all heavy metal ions in the fly ash for a long time, and allows the fly ash to reach standards for standardlandfill; the purpose of efficiently stabilizing heavy metal ions can be achieved by adopting a small amount of the chelating agent; and the chelating agent has the advantage of high cost performance.

Some embodiments provide, for a policy framework that manages application of a plurality of policies to a plurality of resources in a computing environment, a method for providing a user interface. The method displays a first display area for viewing and editing policies imported by the policy framework from a first several heterogeneous sources. The method displays a second display area for viewing and editing information regarding computing resources imported by the policy framework from a second several heterogeneous sources. The method displays a third display area for viewing and editing binding rules for binding the policies to the computing resources.

The invention provides an interleukin 2 mutant, a fusion protein, an antibody or a conjugate containing the mutant, and a pharmaceutical composition containing the mutant, the fusion protein, the antibody or the conjugate. Compared with wild-type interleukin 2, the mutant eliminates binding with IL-2R[alpha], reduces binding with an IL-2R[beta][gamma] dimer, but keeps stimulating proliferation of tumor immune cells, including but not limited to proliferation of T cells and NK cells. According to the IL-2 mutant, the affinity to a high-affinity IL-2 receptor is eliminated, and meanwhile, the affinity to a medium-affinity IL-2 receptor is reduced. The interleukin 2 mutant provided by the invention is more suitable for the conjugate of the fusion protein and the antibody. The interleukin 2 mutant provided by the invention has extremely few mutation sites relative to wild type interleukin 2, so that the potential immunogenicity is extremely low. Meanwhile, various side effects caused by immunotherapy by using natural IL-2 are avoided.

A chemical for elongating the bloom period of fresh flower is prepared from potassium dihydrogen phosphate, boric acid, aspirin, VB1, VB2 and VB6 through mixing at a temp lower than 16 deg.C, loading in opaque bottle or bag, and sealing.

The invention provides a nifedipine controlled release tablet. The nifedipine controlled release tablet comprises a tablet core and a coating wrapping the tablet core, wherein the tablet core comprises a medicated layer and a booster layer compounded with the medicated layer; a drug release hole is formed in the coating on the medicated side; the medicated layer comprises the following ingredients by mass percent: 5-45 percent of nifedipine, 25-85 percent of a suspending agent, 1-25 percent of a penetration enhancer and 0.5-10 percent of a lubricant; the booster layer comprises the following ingredients by mass percent: 45-90 percent of a penetration enhancing polymer, 5-45 percent of a penetration enhancer, 0.1-4 percent of a coloring agent and 0.1-10 percent of a lubricant; the coating comprises a film forming material and a pore-foaming agent, and the mass ratio of the film forming material to the pore-foaming agent is 100:(5-30). The nifedipine controlled release tablet is simple in composition and good in controlled release effect. The invention further provides a preparation method of the nifedipine controlled release tablet.

The embodiment of the invention provides a metadata restoration method and device, and relates to the field of data storage. The method and the device are applied in a storage array. The method comprises following steps of reading each second logic block through taking the size of each third logic block as a particle size when it is determined that first mapping data is not damaged and second mapping data is damaged; obtaining each logic block address LBA stored in particle data, thus obtaining an LBA range corresponding to the each segment of particle data; determining the identifiers of the third logic blocks corresponding to the LBA range of each segment of particle data through utilization of corresponding relationships between the LBA ranges and the identifiers of the third logic blocks; and generating metadata formed by the identifiers of the third logic blocks when the second mapping data does not contain the metadata containing the determined identifiers of the third logic blocks. According to the method and the device, the technical problems that violation operations cannot be completely eliminated through artificially enhanced training when the metadata is damaged, and much communication cost is increased, in the prior art, are solved; and the effect of improving the metadata restoration efficiency is realized.

The invention relates to a fiber device for fusing a fiber distribution feedback laser and a fiber amplifier, belonging to the technical field of fiber layers. The device comprises a pump light source of 980nm, a wavelength division multiplexer, a DFB-FL (Fiber Laser) and an isolator. The device is characterized in that the lengths of reserved erbium-doped fibers when the erbium-doped fibers are arranged at the front end of the DFB-FL and the lengths of the reserved erbium-doped fibers when the erbium-doped fibers are arranged at the rear end of the DFB-FL are increased to 15-120 cm. The invention integrates the generation and the amplification of laser together, has simple structure, and not only reasonably utilizes the pump light, but also reduces the loss caused by fiber splicing. Moreover, the invention is convenient for the multiplexing of a plurality of devices and convenient for forming a sensing network, and the sensing of each stage has own amplification, which guarantees the signal intensity in a sensing process and facilitates demodulating signals in subsequent systems, thus the device can be widely applied to fiber communication and fiber sensing.

The invention relates to a high-efficacy multi-workspace automatic loading and unloading press machine set which comprises a loader, a press machine and an unloader, wherein the press machine comprises a stand, a fixed working table, a movable working table, press plates with conveying mechanisms, a press plate lifting limit device, an oil cylinder, a hydraulic system and a control system. The high-efficacy multi-workspace automatic loading and unloading press machine set is characterized in that an upper workspace and a lower workspace which are independent of each other are formed between the fixed working table and the up-down movable working table which are arranged at the middle part of the stand of the press machine, wherein when one workspace is in pressing process, the other workspace in the press machine can do the loading and unloading operations; and the conveying mechanism comprising a motor, a synchronous chain, a film coiling device and a conveying film as a material conveying carrier is arranged on each layer of press plate. The invention can improve the production efficiency of the device and is convenient for forming a continuous automatic production line.

The invention provides a novel filler wall for a green assembly mode. The filler wall is formed by assembling components which comprise a lower plate, a middle connecting plate, an end connecting plate, an L-shaped connecting plate and/or T-shaped connecting plate and an upper cover plate. For the connecting mode of the components, traditional bonding with mortar is abandoned but a new locking connecting mode is adopted; all components are linked with one another and it seems like that the components are locked; not a single one can be dispensed with while the components are inhibited mutually; the installation is proper and the filler wall has excellent integrity. The components are provided with power lines therein which are easy to install and uninstall. The components of the wall are overlapped vertically so as to avoid problems such as water seepage and air leakage; the wall has excellent energy insulation effect and is durable; the top of the wall adopts rubber damping member toconnect with the floor for excellent damping performance. The components are mainly made of wood chips and wood flame retardants, which reduces design cost and reduce the consumption of building material.