33results about How to "Fulfill application requirements" patented technology

The invention belongs to the field of electrical property test, and particularly relates to a signal analyzer and device and a processing method. The signal analyzer comprises a digital signal processing unit, an analog signal processing unit and a central processing unit. The digital signal processing unit is used for confirming the corresponding threshold value of an inputted digital signal when the digital signal is inputted and converting level of the inputted digital signal into a level signal required by the central processing unit according to the confirmed corresponding threshold value. The analog signal processing unit is used for manually selecting the corresponding coupling mode of an inputted analog signal when the analog signal is inputted and then amplifying the inputted analog signal into voltage required by analog-to-digital conversion according to the confirmed corresponding coupling mode. The signal analyzer has the beneficial effects of being high in measurement precision, high in sampling rate, high in operation speed and high in signal analysis capability.

The invention discloses an Ethernet data and multi-channel E1 data processing method and system. The positions of receiving and sending timestamps of PTP (Precision Time Synchronization Protocol) event messages are located at E1 interfaces, and the influence that as the circuit time delay change is brought by uncertain time delay in the protocol conversion process of the Ethernet and the E1, the time service precision of the PTP is reduced is eliminated; the Ethernet messages of the Ethernet interface and the multiple E1 interfaces are interacted through a port VLAN mark, not only is bandwidth utilization ratio of the Ethernet interface improved, but also the effective bandwidth of an E1 link circuit is improved, the application requirements meeting multi-node long-distance time synchronous system network creation are realized, and the technical effects of optimizing and simplifying systems design, reducing adverse factors of time service precision, improving time service precision and meeting application requirements of multiple E1 interface time service are achieved.

The invention discloses an annular multi-row tool magazine which comprises a supporting seat. The supporting seat is provided with a rotating seat and a driving mechanism used for driving the rotatingseat to rotate, the rotating seat is provided with at least one group of clamping mechanisms, the clamping mechanisms comprise a plurality of clamping jaws used for clamping tools, the clamping jawsare uniformly distributed along the circumferential direction of the rotating seat, and when the tools are taken out, the driving mechanism drives the rotating seat to rotate by a preset angle, so that the tools are conveyed to a preset tool taking position. The application requirement of clamping more tools in a small space is realized, in practical application, the number of the tools which canbe accommodated by the tool magazine can be several times that of a straight-row type tool magazine, so that the tool capacity is increased by multiple times, and in addition, the rotating seat is driven by the driving mechanism to realize rotating control, better automatic performance is realized, the annular multi-row tool magazine can be better matched with intelligent machine tool equipment for use, and application requirements are well met.

The invention discloses a deep learning guide device and method. The device at least comprises a graphical operation interface assembly and a background logic processing assembly. When the graphical operation interface part receives the content of the data set uploaded by the user, determining a storage address of the data set in a preset storage area, and receiving a data annotation operation performed on the content of the data set by the user on a graphical interface; the background logic processing assembly obtains data annotation information according to the data annotation operation request; storing the data set into a preset storage area corresponding to the storage address, performing model training based on the data set and the data annotation information, generating a training model and a deep learning result evaluation report, and storing the generated training model and the deep learning result evaluation report into the preset storage area; according to the deep learning guide device, beginners or service personnel with low service level in the field of deep learning can conveniently and quickly realize application requirements and develop own service based on artificial intelligence.

The invention relates to the technical field of manipulators and discloses a humanoid manipulator. The humanoid manipulator comprises a palm component, a first finger component and a plurality of second finger components. The first finger component and the second finger components are movably connected to the palm component through connectors, the second finger components are in abreast arrangement, and the first finger component is opposite to one of the second finger components. Each of the first finger component and the second finger components is provided with two knuckles, and each knuckle is independently driven through a driving unit. The first finger component and the second finger components are driven by the driving units to realize grasping. The humanoid manipulator is capable of realizing actions of grasping, pinching, lifting and the like to meet daily utilization requirements. Each knuckle of the manipulator is independently driven by one motor, sufficient driving force can be provided in operation of the manipulator, grasping force and bending degree of the knuckles are increased, and the grasping performance of the manipulator is improved.

The invention relates to an optimization method of an AC/DC hybrid power system. The method comprises steps that a system is divided into an AC power supply region and a DC power supply region, according to access requirements, a power supply voltage level, power supply quality requirements, the reliability level and power supply power requirements of power supply regions are determined; the number of power electronic transformers required is determined based on the system regions and the number of system power sources, a system region power supply network structure is established, and preliminary design of the capacity of ports of the power electronic transformers is performed; a three-layer optimization model is established to optimize the system, the first layer is for optimization of the capacity of the ports of the power electronic transformers, the second layer is for optimization of network power supply paths, and the third layer is for optimization of power source-load-energy storage regions; iterative solution of the three-layer model is performed till iteration is over. The method is advantaged in that the method realizes coordinated planning of various sources, loads andstorage resources and the distribution network in the AC/DC hybrid power distribution system, and satisfies the system's multiple types of distributed power source and energy storage accesses, and application requirements of the power electronic transformers.

The invention discloses a method for preparing a reflective film on the surface of an ultra light reflective mirror. The method comprises the following steps: (1) mirror surface treatment: subjecting the surface of the ultra light reflective mirror to dust blowing with dry gas and cleaning the surface with ethanol or acetone; (2) vacuum gas removal: fixing and heating the ultra light reflective mirror treated by the step (1) in vacuum; (3) ion beam cleaning: feeding argon or mixture gas of argon and oxygen at the state of vacuum, and performing ion beam cleaning on the ultras light reflective mirror; (4) reflective film deposition; plating the mirror surface of the ultra light reflective mirror with chrome or nickel chrome alloy layer, and then plating the mirror surface with nickel or silver layer. The reflective mirror substrate is subjected to technical means such as chemical cleaning, vacuum gas removal, ion beam cleaning and reflective film deposition, so as to effectively increase the compactness and adhesion of the reflective film, and solve the technical problem in preparing the reflective film on the surface of the substrate of the carbon fiber reinforced resin matrix composite material reflective mirror.

The invention provides a generation method of a micro graph group for information mapping and an identification method of the micro graph group, aims to realize conversion and connection among various types of information through the micro graph group and a mapping table and aims to realize man-machine interaction. The generation method comprises steps that a digital conversion system is selected; a shape of a micro graph is selected, the micro graph comprises a rule zone formed by multiple two-dimensional digital pictures and a positioning zone formed by basic auxiliary image mapping sign units, and each two-dimensional digital picture is formed by the basic image mapping sign units determined according to the selected digital conversion system; and dimensions of the micro graph are determined through adjusting framework width of the micro graph and/or gaps among the two-dimensional digital pictures. According to the generation method, the micro graph can be drafted through a computer, the micro graph can be formed on a physical media through printing, the micro graph can be identified and analyzed through a mask and the mapping table after being pre-processed, and the information data of each attribute can be outputted through a terminal.

The invention belongs to the technical field of heat-conducting materials under an ultrahigh heat-conducting filling technical system, and particularly relates to a high-filling ultrahigh-heat-conducting epoxy resin material and a preparation method thereof. The material is prepared from a component A and a component B, wherein the component A is a mixture of an epoxy resin base material and modified heat-conducting powder; the component B is a mixture of a mixed additive and modified heat-conducting powder; the mass percentage ratio of the epoxy resin base material to the modified heat-conducting powder in the component A is 100: (65-95); the mass percentage ratio of the mixed additive to the modified heat-conducting powder in the component B is 100: (65-95); the mass percentage ratio of the component A to the component B is (0.8-1.2): 1; and the modified heat-conducting powder is composite heat-conducting powder modified by a modifier. By modifying the composite heat-conducting powder with different particle sizes, the compatibility of the powder and an epoxy resin base material is effectively improved, so that the heat conductivity is greater than or equal to 2.5 W.m <-1 >. K <-1 >, the volume resistivity is greater than or equal to 2.2 * 10 < 15 > omega.cm, and the breakdown strength is greater than or equal to 24V/mm.

The invention provides an output control method and device, and electronic equipment. The output control method comprises the steps of: when detecting that a working state of the electronic equipmentmeets a first condition, controlling a display screen of the electronic equipment to work in a sensitive mode; then, generating a state adjustment event for the display screen more reliably and accurately according to parameter change information respectively corresponding to a plurality of sensitive detection regions in the display screen; and in response to the state adjustment event, adjustingan output state of the display screen. Compared with the prior art that only one distance sensor deployed under a screen is used for achieving distance detection between the face of a user and a display screen, the output control method can determine the distance between the body part of the user and the display screen more reliably and accurately, can meet the application requirement of the userfor the display screen of the electronic equipment, and improves the user experience.

The invention discloses polyurethane with intrinsic conduction and a preparation method and application of the polyurethane. The preparation method disclosed by the invention comprises the following steps: 1) mixing polyhydric alcohols with ionic salts, and dissolving the ionic salts into the polyhydric alcohols; 2) mixing the polyhydric alcohols in which the ionic ions are dissolved in the step 1) with isocyanate, a crosslinking agent and a catalyst so as to obtain a mixture; and 3) polymerizing the mixture, and performing curing molding, so as to obtain the polyurethane. The polyurethane disclosed by the invention is applied to preparation of a sensor. The preparation method disclosed by the invention is simple, the raw materials are cheap and easy to obtain, the polyurethane with properties is prepared through condition regulation and control, and the polyurethane is applied to preparation of temperature and/or tension sensors.

The invention discloses a water outlet and air outlet switching mechanism of a main shaft. The main shaft comprises a rear cover and a conveying channel used for conveying water flow or air flow to the front end of the main shaft, a water inlet is formed in the rear cover, a water-air channel is formed in the rear cover, the water-air channel is communicated between the water inlet and the conveying channel, an air inlet is fixed to the rear cover, an air inlet channel is arranged between the air inlet and the steam channel, a one-way air valve is arranged in the air inlet channel, and the airinlet end of the one-way air valve faces the air inlet; when airflow is injected into the air inlet, the one-way air valve is opened, and the airflow is transmitted to the front end of the spindle sequentially through the steam channel and the transmission channel; when water flow is injected into the water inlet, the one-way air valve is closed, and the water flow is transmitted to the front endof the spindle sequentially through the steam channel and the transmission channel. The water outlet state and the air outlet state can be automatically switched, meanwhile, switching control can beachieved only by occupying one path of IO port of the main shaft controller, and therefore cost is saved, linkage performance is improved, and system resources are saved.

The invention discloses an IPMC-based reconfigurable electromagnetic metasurface structure and a design method thereof. The method comprises the following steps: determining the feature size and deformation form of an array unit of the metasurface structure, and the configuration and driving control of the array unit; deformation-electromagnetic simulation is carried out on the array units of different sizes, and shape processing parameters of the array units are optimized and determined; processing array units on the surface of the IPMC structure to obtain an IPMC array; a clamping structure and an electrode lead structure are designed, the IPMC array is fixed in the clamping structure, and driving voltage is applied to the upper surface and the lower surface of the IPMC array through the electrode lead structure; and designing a single-path or multi-path driving circuit and an adjusting mode on the IPMC array according to the distribution of the control area and the deformation regulation and control requirements, and completing the reconfigurable electromagnetic metasurface structure based on the IPMC. The device is simple to prepare, convenient to drive and control, and high in flexibility and practicability.