47 results about "Interaction structure" patented technology

A software suite for managing the publishing and consumption of information and payload data across one or more transport protocols supported by a data-packet-network includes a posting application for publishing the information and payload data, and a consuming application for accessing and consuming the information and payload data. In a preferred embodiment the posting application enables posting of information that is consumable separately from the payload data wherein the information richly describes the payload data including provision of instructions for sampling the payload data before consuming the payload data.

The invention provides a THz wave radiation source with an oval groove grating structure. The oval groove grating with periodicity is adopted as a beam-wave interaction structure of the radiation source. When an electron beam passes through the structure at a certain speed, the electron beam and surface slow waves interact to be clustered and generate an electron beam cluster, then Smith-Purcell coherent radiation is stimulated, radiation is collected through a flat plate or a curved mirror (metal or medium) to generate tunable, compact and high-power THz waves, and therefore the THz wave radiation source can be easily applied to communication, radars, electronic countermeasures, electromagnetic weapons, astronomy, medical imaging, nondestructive detection, safety inspection and other aspects.

The invention relates to a full-distributed secondary frequency modulation method for a power system microgrid, and belongs to the technical field of power system operation and control. In the method, firstly, the power generation cost functions of a traditional energy distributed power supply and a renewable energy distributed power supply are designed, and the tiny-increasing rates of the traditional energy distributed power supply and the renewable energy distributed power supply are obtained by derivation. A distributed data acquisition and information interaction structure is provided, a subgradient-based consistency algorithm is adopted, and according to data collected by the distributed power supplies and exchanged information, an output power adjustment amount is obtained by iterative computation so as to carry out real-time control of the output power of the distributed power supplies. According to the full-distributed secondary frequency modulation method, power generation cost is guaranteed to be lowest in a secondary frequency modulation process while the frequency realizes quick recovery, and power is reasonably distributed between the distributed power supplies. According to the control method, the frequency oscillation of the microgrid can be avoided, the full-distributed secondary frequency modulation of the microgrid can be realized, and microgrid operation economy is improved.

The invention discloses an intermodule notification callback method. The method includes the steps that a common information module is established, and the common information module is connected with all function modules respectively; callback functions of events or response events of all the function modules are registered in the common information module; after the common information module receives the information sent from other function modules, all the callback functions of the events which are registered in advance are called, and accordingly interaction amoung the function modules can be achieved. According to the intermodule notification callback method, module interaction work is completed by one independent common information module in a unified mode, coupling of a plurality of modules is lowered, and a software system can be maintained easily; interaction among the modules can be achieved more simply only through simple registration in the common information module; a header file of the common information module is directly cited in all the modules in which interaction is needed, the inconsistent definition condition among the modules is avoided, and the stability of the system is improved.

An integrated high-frequency generator system utilizing the magnetic field of the target application including a magnetic resonance magnet having an application zone and a high-frequency (microwave/terahertz) generator zone in the magnetic field of the magnetic resonance magnet; and a high-frequency (microwave/terahertz) generator disposed in the high-frequency (microwave/terahertz) generator zone and utilizing the magnet field of the magnetic resonance magnet to generate the high-frequency (microwave/terahertz) radiation. The magnetic resonance magnet may have an auxiliary magnetic field source for modifying the magnetic field profile in the high-frequency (microwave/terahertz) generator zone. The high-frequency (microwave/terahertz) generator may include an electron gun for generating an electron beam adapted to be focused by a magnetic field source having a spatially rising region, a homogenous region and a decaying region, an interaction structure for generating high-frequency (microwave/terahertz) radiation, an internal mode converter in the homogenous region for extracting the high-frequency (microwave/terahertz) radiation through a window, and a reduced collector disposed substantially in the homogenous region before the electron beam spreads in the decaying region.

The invention discloses a complex system reliability evaluation method based on multiple agents. The method comprises the following steps: 1, elements of the Agent-based complex system are abstracted,and according to the composition of the complex system, the elements are abstracted to three kinds of Agents: a management kind, a system kind and a guarantee kind; 2, a hybrid hierarchy-based Agentinteraction structure is built, the hybrid hierarchy structure is adopted, and the interaction structure with centralized main control coordination and distributed local coordination is built; 3, element function behaviors are modeled, and according to functions of the Agents and an interaction rule, a life state diagram of the Agents is built; 4, element fault behaviors are modeled, a unit-levelRBD model for the Agents is built, and the fault time for unit random sampling is used as fault clock stock; 5, a system recovery behavior is modeled, system reconfiguration and maintenance are carried out according to a damage degree, a maintenance success rate is set, and the maintenance time is acquired through sampling; and 6, a complex system reliability evaluation mechanism is built, Monte Carlo simulation based on a complex system Agent model is carried out, and the complex system reliability is solved according to Rs=ns/n.

The invention relates to an interest point check-in prediction method fusing deep learning with a factorization machine and belongs to the field of location check-in prediction. The method comprises the following steps: S1, acquiring check-in data of a user; S2, performing embedding processing on input discrete data; S3, performing sparse elimination processing on the discrete data, and learning implicit second order relations among the data; S4, learning addition of continuous characteristics into a full connection hidden layer, and selecting an appropriate excitation function; S5, inputtinga result obtained by processing discrete characteristics and a result obtained by processing the continuous characteristics and adding the results as an input of a hidden layer h1; S6, enabling an output l1 of the hidden layer h1 to pass a first-order linear and characteristic interaction structure and adding as an input of a hidden layer h2; and S7, receiving an input by a hidden layer h3 from outputs l1 and l2 of the hidden layers h1 and h2, adding a shortcut structure at the same time for guaranteeing gradient stability during parameter learning, determining the best model structure, and finally outputting a prediction result. The method provided by the invention fully excavates and learns check-in rules and predicts interest point check-in problems by analyzing check-in information ofthe user.

The invention discloses a wearable blind assist robot mechanism accord with ergonomic. The mechanism achieves map construction and real-time robust positioning and navigation by using a camera, a depth camera, a laser radar, an inertial navigation device and the like. The two-way voice interaction between a robot and a blind person is achieved through a voice interaction structure, and a power supply and calculation structure provides power supply and related calculation functions for the entire robot. The mechanism combines an ergonomics theory, adopts a wearable blind assist robot design method, and makes the weight distribution of the blind person uniform; a multifunctional blind cane design idea that a laser lightning method is combined with a blind cane is adopted, real-time recognition of a ground road condition is achieved, and the safety of the blind person walking is improved; a method of two-way voice interaction and vibration bracelet interaction overcomes the defect of lowhuman-computer interaction reliability of the blind person in a noisy environment.

The invention discloses a data interactive structure in a communication system on the basis of middleware decoupling and a method. By utilizing the data interactive structure and the method which aredisclosed by the invention, the problems of complexity and difficulty, which are brought to software design by a large data interactive bus difference between communication system modules. The data interactive structure and the method are implemented by the following technical scheme that: the data interactive structure in the communication system is layered into a driver layer, a middleware layerand an application layer, and according to a communication object address definition table, a communication physical port definition table and a communication connection relationship of each module,a routing table and a data transmission link of each communication node in the communication system are constructed; a uniform application interface is constructed on a processor; and the communication middleware is separated from the driver layer, application layer software and a bottom layer physical transmission medium are decoupled, transceiving of communication application software for external data is implemented in the communication middleware by utilizing the routing table, and upper layer service functional communication application software calls a uniform service interface providedby a middleware layer, thereby implementing data interaction and signal transmission between the communication application software.

The invention relates to a security data interaction structure and method based on the optical isolation technology, and belongs to the technical field of information security. The security data interaction structure and method solve the problem of ferry attack existing in the prior art. The security data interaction structure comprises a transmitting end user interface, a parallel-serial conversion chip, an optical fiber integrated receiving and transmitting module, a serial-parallel conversion chip and a receiving end user interface. The optical fiber integrated receiving and transmitting module comprises an electro-optic conversion module, a transmitting end opto-isolator, a receiving end opto-isolator and a photoelectric conversion module, wherein the electro-optic conversion module, the transmitting end opto-isolator, the receiving end opto-isolator and the photoelectric conversion module are packaged inside the optical fiber integrated receiving and transmitting module. The transmitting end opto-isolator is arranged on the electro-optic conversion module. The receiving end opto-isolator is arranged on the photoelectric conversion module. The transmitting end opto-isolator is connected with the receiving end opto-isolator through single mode fibers. According to the security data interaction structure and method based on the optical isolation technology, the absolute unidirectionality of a communication link is ensured on the basis of the physical principle, safe and reliable data transmission between a networked computer and a non-networked computer can be achieved, and the ferry attack can be effectively resisted.

An amplifying device comprises an electron gun emitting an electron beam, a collector spaced from the electron gun, the collector oriented to collect electrons of the electron beam emitted from the electron gun, and an interaction structure interposed between the electron gun and the collector. The interaction structure defines an electromagnetic path along which an applied electromagnetic signal interacts with the electron beam. The interaction structure further comprises a plurality of polepieces and a plurality of magnets, the polepieces each having an aligned opening to collectively provide an electron beam tunnel having an axis extending between the electron gun and the collector to define an electron beam path for the electron beam. The polepieces provide a magnetic flux path to the electron beam tunnel from the magnets. More particularly, the interaction structure further includes plural cavities defined therein interconnected to provide a coupled cavity circuit. At least one of the plurality of polepieces separate adjacent ones of the plural cavities and have an iris for coupling the electromagnetic signal therethrough. At least one of the plurality of polepieces further has a void aligned perpendicularly to the beam tunnel axis.

The invention discloses a regional energy internet coordinative optimization operation method. The regional energy internet coordinative optimization operation method is oriented to a regional energy internet with a micro energy grid as a basic energy supply unit, and provides a coordinative optimization operation method for guiding electric energy interaction between different micro energy grids based on regional power market pricing; starting from the benefit of the micro-energy network, the regional energy internet coordinative optimization operation method establishes a micro-energy network day-ahead autonomous optimization scheduling model with supply and demand two-side collaboration; the regional energy internet coordinative optimization operation method introduces an unbalanced cobweb model to establish a pricing transaction model of the regional power market and form a double-layer interaction structure of market price adjustment and micro-energy grid autonomous optimization, and after double-layer interaction is in a stable state, the regional power market distributes actual transaction electric quantity to an excessive supply or excessive demand side; and each micro-energy grid performs final independent autonomous optimization according to a distribution result. The regional energy internet coordinative optimization operation method can realize stable transaction in an unbalanced state, so that the operation performances such as respective economy, environmental protection and the like between the micro-energy networks are improved through efficient electric energy interaction.

The invention discloses a regional interconnected comprehensive energy multi-objective optimization configuration method. According to the method, a three-region interconnected electric power system containing a comprehensive energy system is built, a region A includes the comprehensive energy system, regions B and C represent two conventional regional networks, and the three regions are interconnected through connecting lines; the region A finally transmits energy generated by the system to terminal users reasonably and efficiently through respective inferior energy transmission networks by means of equipment elements of an energy coupling part, energy requirements of the terminal users for cooling, heating and power loads are met, and the region A comprehensive energy system based on anenergy concentrator is established; energy interaction between the system and an energy bus including a power grid and a heat supply network is considered, and comprehensive energy system energy interaction structure containing a multi-energy network for the regional A power grid is established; and targets related to a planning capacity variable and a system operation variable are considered, anda regional interconnection comprehensive energy multi-target optimal configuration mathematical model considering regional control deviation is constructed.

The invention discloses a signaling interaction system and method. The system comprises a first control module, a second control module and a related external module, wherein the first control moduleis connected with the related external module through the second control module, the first control module is used for initiating a signaling interaction request about a video or an image; the second control module is used for generating initialization signaling according to a preset message structure before receiving the signaling interaction request, respectively sending the initialization signaling to the first control module and the related external module, and receiving first feedback information of the related external module for the initialization signaling; and the second control moduleis also used for sending the interactive signaling generated according to the signaling interaction request to the related external module according to a preset message structure, receiving second feedback information of the related external module for the interactive signaling, and generating a signaling interaction result based on the second feedback information. Through the preset message structure, the interaction structure and specification of each module are defined, and the signaling interaction efficiency is improved.

The invention relates to the field of microwave, millimeter wave and terahertz frequency band electric vacuum devices, in particular to a multi-beam high-order mode beam wave interaction structure based on a cold cathode. The structure is used for solving the problem that a beam wave interaction structure in the prior art cannot effectively improve the output power and the output efficiency. The multi-beam high-order mold beam wave interaction structure comprises a high-frequency interaction structure, a cold cathode electron gun connected with one end of the high-frequency interaction structure in a sealed mode, and an output system connected with the other end of the high-frequency interaction structure in a sealed mode. The interior of the high-frequency interaction structure is vacuumand is divided into a plurality of interaction gaps by transverse metal partition plates and longitudinal metal partition plates. The interaction gaps are communicated through coupling gaps. Accordingto the invention, under the action of the metal partition plates, the generation of a basic mode is inhibited. The metal partition plates can run under a high-order mode, so that the interaction of multiple electron beams and the high-order mode is realized. The beam wave interaction area is increased, and the output power and the output efficiency are improved.

The invention discloses a resonance simulation experience bench which comprises a stand and a switch operation interface. The stand is provided with a fixed interaction structure device which comprises an upper layer panel and a lower layer panel. The bottom of the upper layer panel is fixedly connected to a fixed round rod, the lower layer bottom is fixedly connected to a fixed guide sleeve which goes through the lower layer bottom plate, and a spring is connected between the fixed round rod and the fixed guide sleeve. According to the resonance simulation experience bench, frequency is generated in a vibration process, the acceleration effect of quality influence is reflected through a steel ball, thus the irregular up and dowm bumpiness of a ground in an earthquake can be experienced, people can feel a real earthquake generation frequency, spectators understand earthquake well, and the consciousnesses of disaster prevention and disaster mitigation are enhanced.

The invention discloses a classroom interaction network analysis method based on acoustic signals. The method comprises the steps of (1), performing data acquisition, specifically acquiring voice information in a classroom, and converting the voice information into audio signals; (2), performing data pre-processing, specifically performing re-sampling, pre-emphasis, framing, windowing and acousticsignal characteristic extraction on the acquired audio signals; (3), performing acoustic signal identification, specifically performing identification of voiceprints and emotion on audios, and obtaining the initial position, the sex and the emotional state of each speaker; and (4), performing classroom interaction analysis, specifically performing model construction for each speaker by using social network analysis, and finally, deciding the individual interaction difference in the classroom and the interaction structure of the classroom. By means of the classroom interaction network analysismethod based on the acoustic signals in the invention, classroom interaction behaviors can be analyzed quantitatively and qualitatively through the acoustic signals; classroom interaction is evaluated according to a social network analysis result; the teaching quality is fed back; and thus, the teaching effect is improved in a targeted manner.

The present invention discloses a confocal waveguide ceramic open annulated column microwave absorption device and belongs to the microwave, millimeter wave and terahertz device technical field. The device comprises an open confocal waveguide mirror, an input end, an output end and open annulated columns, wherein the open confocal waveguide mirror is in longitudinal symmetry, the input end and the output end are extension sections at two ends of the open confocal waveguide mirror respectively, and the open annulated columns are symmetrically arranged at two sides of the open confocal waveguide mirror. According to the confocal waveguide ceramic open annulated column microwave absorption device of the invention, the ceramic open annulated columns are adopted to absorb energy irradiated from a high-frequency interaction structure, and diffracted microwaves can be reflected and absorbed many times in the cavities of the annulated columns, and therefore, backward wave oscillation can be better suppressed, local overheating can be prevented, the heat dissipation problem of the high-frequency interaction system can be solved to a certain extent, and the stability of a confocal waveguide gyro travelling wave tube can be improved; and compared with other structures of the same size with the open annulated columns, the open annulated columns have a larger internal surface area and a greater superficial area for absorbing radiation electromagnetic waves and have higher microwave absorption efficiency, thereby improving the average power capacity and stability of the confocal waveguide gyro travelling wave tube.

The invention discloses a multifunctional wine bottle external packaging box. A traditional wine bottle external packaging box can only be used for packaging wine bottles with the same specification, the wine bottles can only be taken out through unpacking of the wine bottle external packaging box, and carrying is inconvenient. The multifunctional wine bottle external packaging box comprises a left hard box body, a right hard box body and an adjustment rod used for adjusting the height of a bottle base, wherein the left hard box body and the right hard box body are connected through an external packaging soft layer, the upper end of the left box body and the upper end of the right box body are respectively provided with two handle installation holes, closed circular hand ropes are arranged in the handle installation holes respectively, and overlapped interaction structures are formed by the hand ropes in the box bodies through an internal packaging bag. The whole multifunctional wine bottle external packaging box can be used for packaging wine bottles with two different specifications and is good in the safety performance, convenient to carry and fast in use. The multifunctional wine bottle external packaging box is suitable for external packaging of high-grade red wine bottles, white wine bottles and high-grade nourishment bottles and the like.

The invention discloses a five-axis numerical control machining spindle, which includes a box body and a main shaft. The main shaft is installed in the box body and extends to both sides of the box body; one end of the main shaft is key-connected with a pulley. One side of the pulley is provided with a first encoder synchronous pulley, which is connected to a second encoder synchronous pulley through the synchronous belt, and the second encoder synchronous pulley is connected to The shaft end of the main shaft is provided with a cylinder, and a piston is installed in the cylinder; the inner center of the main shaft is provided with a pull rod, and one end of the pull rod is connected with the piston; the cylinder is installed on Into the oil casing, and the oil inlet casing is provided with an oil pipe joint; the beneficial effect is that the five-axis CNC machining spindle adopts a structure in which the oblique end faces of two trapezoidal sliders interact, which is convenient for the PLC system to control the stroke of the two trapezoidal sliders , so that it is easy to use the jaws to clamp the cutter, the control precision is high, and the use is convenient.