41results about How to "Simplify the integration process" patented technology

The invention relates to the field of intelligent traffic, in particular to a method and a device for achieving data exchange based on a data bus technology. The method comprises the steps that a data exchange component library based on the data bus technology is established; when data is required to be exchanged, an interface protocol relating to data exchange is analyzed; whether a transport protocol and a message format in the interface protocol are components available in the data exchange component library are judged; if not, the transport protocol and the message format are developed into a transport protocol conversion component and a message format conversion component; exchange service configuration is performed according to the interface protocol; an exchange service is released in a data bus; and the data exchange is executed according to an exchange mechanism. According to the method and the device, the reusable component library is designed, so that an integration procedure of an intelligent traffic project is simplified greatly; the technology difficulty of system integration is reduced by the non-programmed exchange service configuration; the flexibility of a flow is improved; and a data processing flow can be changed conveniently and quickly for an operation change.

The invention discloses a modular design method of a large-capacity battery energy storage system which is defined into power MW level and comprises an energy storage battery, a battery management system, an energy storage converter, a monitoring system and the like. According to a modular design idea, the large-capacity battery energy storage system is reduced to an energy storage unit, an energy storage branch and an energy storage loop according to the hierarchy, wherein the energy storage unit is a basic module of an energy storage system and comprises an energy storage pile and an energy storage converter. According to the function division of the large-capacity energy storage system, the invention relates to specific applications under a peak load shaving mode, a new energy access mode and a peak-shaving frequency modulation mode, and comprises definition, composition, power/capacity design, topological structures, access modes and energy storage unit parameter design of all levels of structures in the energy storage system. The large-capacity battery energy storage system has the advantages of clear structure, well arrangement and favorability of operation and maintenance of a primary system and energy management and control of a secondary system, and the like.

This invention relates to chip electricity connection structure and its process method, which comprises the following steps: forming one semiconductor chip with conductive protruding block and connecting the semiconductor chip onto one load part; then forming one dielectric layer onto the semiconductor chip and its load parts and removing partly dielectric layer to expose conductive protruding block; forming electricity pad to get the conductive protruding block for circuit multiple layers process and connecting the chip onto outer electron parts.

The invention discloses an ultrasound image system and an image transmission method. The ultrasound image system comprises an ultrasound front-end scanning module, a device driver and an image display module. The ultrasound front-end scanning module is used for performing ultrasonic scanning and obtaining digital image initial data according to echoed signal processing; the device driver comprises an image collecting module and an image uploading module, wherein the image collecting module is used for collecting initial data from the ultrasound front-end scanning module and integrating the initial data into an image frame after judging that the received initial data finishes a frame, and the image uploading module is used for uploading the integrated image frame; the image display module is connected with the device driver and is used for controlling image scanning, receiving the image frame transmitted by the image uploading module and displaying the image frame. The invention improves the transmission speed and accuracy of images.

The invention discloses a full FIFO (first in, first out) circuit design method and a universal test bench of the method, relates to the field of large-scale integrated circuit design and simulation testing of the design, and aims to solve technical problems that existing integrated circuit chip interface modes are complex and lack universality, meanwhile, a universal integrated circuit chip test bench is lacking and the like. According to the full FIFO circuit design method, functional modules in a circuit are connected in series sequentially; each functional module comprises three parts, namely, an input end, a functional logic unit and an output end, the functional logic unit is arranged between the input end and the output end, the input end comprises a current-stage receiving state machine and a current-stage receiving FIFO circuit which are connected in series, and a sending end comprises a current-stage sending FIFO circuit and a current-stage sending state machine which are connected in series. The universal test bench of the full FIFO circuit design method comprises a test case parse module, a front end module, a back end module, message detection modules and error detection modules.

The present invention discloses an electromagnetic wave shielding composite film, which is structurally characterized by comprising a multi-layer wave-absorbing structure. The structure at least includes a reflecting layer, a wave-absorbing layer and an incident layer. The resistance value of the wave-absorbing layer is higher than the resistance value of the reflecting layer. Electromagnetic waves are guided to drift back and forth between the wave-absorbing layer and the reflecting layer, so that energy attenuation of spatially incident electromagnetic waves is facilitated. Meanwhile, reflected electromagnetic waves are reduced or eliminated. Therefore, the electromagnetic wave shielding composite film has a multi-layer wave-absorbing structure, so that the interference of electromagnetic waves on adjacent lines and components is avoided. In addition, the thickness of the multi-layer wave-absorbing structure is thinned. As a result, the requirements of flexible circuit boards, such as light weight, thinned material and good flexibility, can be met.

The invention relates to a flow battery electrode frame, application thereof and a flow battery. The flow battery electrode frame has a flat-plate-shaped structure; a groove is formed in the middle ofone side of the flat-plate-shaped structure, or a pair of grooves with symmetrical surfaces is formed in the middle of the two sides of the flat-plate-shaped structure, and a middle through hole is formed in the middle of the bottom surface of the groove. By adopting the structure, the electrode frame and an ion conduction membrane or a bipolar plate can form an integrated structure, and the integrated structure can be assembled into a galvanic pile through welding or bonding, so that the galvanic pile integration process is simplified, and full-mechanical production can be realized.

The embodiment of the invention provides a map fusion method and device, a server and a storage medium, and the method comprises the steps: obtaining first three-dimensional map data and second three-dimensional map data, and for at least two first semantic elements in the first three-dimensional map data, determining at least two matched second semantic elements in the second three-dimensional map data, determining first relative information between the at least two first semantic elements, determining second relative information between the at least two second semantic elements, and optimizing the first three-dimensional map data and the second three-dimensional map data according to the first relative information and the second relative information; and performing map fusion on the optimized first three-dimensional map data and the optimized second three-dimensional map data. Through the embodiment of the invention, the optimization of the three-dimensional map data is realized, themap fusion process is simplified, the calculation amount is reduced, and the map fusion precision and efficiency are improved.

The invention relates to an optical fiber beam combining and splitting device, and belongs to the technical field of lasers, the optical fiber beam combining and splitting device adopts a type structure, and the application effect of the optical fiber beam combining and splitting device is that lasers in root input optical fibers are combined and then distributed into root output optical fibers, which is equivalent to the use of an individual type structure optical fiber beam combiner, wherein MxP1=P is the number of the input optical fibers and M>=2 is the number of the output optical fibers. The optical structure is an integrated structure, the characteristic that the outer ring can accommodate more optical fibers than the inner ring on the cross section of the optical fiber bundle formed by the root input optical fibers is fully utilized, and the equivalent tapering ratio of the optical fibers is reduced compared with that of a structural optical fiber beam combiner. According to the invention, the number of optical devices in the laser can be reduced, layout, wiring and integration of the laser are simplified, miniaturization and light weight of the laser are facilitated, and by adopting the type structure, the tapering ratio of the optical fiber can be reduced, the synthesis efficiency can be effectively improved, the thermal load can be reduced, and the temperature rise rate can be inhibited.

The invention discloses a robot automatic packaging system used for smiling face packets. The robot automatic packaging system comprises a packaging box conveyor line (100). A box opening and partitioning machine (1), a boxing machine (2) and a cover buckling machine (3) are sequentially arranged in the conveying direction of the packaging box conveyor line (100). Three stations including a box opening station, a lower partition plate station and a side partition plate station or four stations including a box opening station, a lower partition plate station, a gasket station and a side partition plate station are sequentially arranged in the box opening and partitioning machine (1). After single-side milk packets on pre-integration conveyor lines (23) are grabbed to a milk packet integration line (25) through single-side bag grabbing and conveying devices (24) in the boxing machine (2) to be integrated into milk packet units, a robot drives flexible clamping apparatuses (29) to conductgrabbing and boxing; and packaging boxes obtained after boxing are conveyed to the cover buckling machine (3) to be subjected to cover buckling. The system is specially designed for automatic packaging of the milk packets of the smiling face packets, the structure is clear, actions are accurate, rapidness and high efficiency are achieved, and the system is rich in elasticity.

The invention discloses a system for realizing data direct access integration through automated operation of a Web client. The system comprises an automated design module used for designing an automated operation process of the Web client, automatically generating the operation process of the Web client, providing a visual operation interface and capturing webpage elements, and an automated service module used for automatically releasing a Web API access interface. By calling the Web API interface, the automated operation on the Web client is initiated, so that the data direct access integration is realized; and in addition, the deficiency of existing data integration is overcome, an integration process is simplified, an integration threshold is lowered, and the integration effect is greatly improved.

The invention discloses a method for screening and matching single cells of fuel cells, which comprises the following steps of: bonding a membrane electrode and a group of bipolar plates into a whole by using a test fixture through a hot melt adhesive to form a single cell, and after the test fixture is connected with a hydrogen and air source on a test board, carrying out side leak detection of the single cell, wetting and running-in the membrane electrode, and then carrying out I-V curve test; wherein more than ten test fixtures are accommodated on the test bench and are simultaneously tested; setting the voltage range of a single battery according to the requirement of a required electric pile on the consistency of the battery; collecting and storing the data of the I-V curve test; for each single battery, selecting n groups of I-V data for analysis, and if n/2n voltage values exceed the set voltage range, rejecting the single battery; and assembling the residual single batteries into an electric pile. The method provided by the invention ensures that the single batteries with consistent performance are independent before being loaded into the same electric pile.

The invention relates to an integrated structure of a detector and a method thereof. The integration method of the detector comprises the following steps: manufacturing an electronic circuit structure on a first substrate, and then forming a first dielectric layer on the surface of the electronic circuit structure to obtain a substrate A; sequentially forming a germanium buffer layer, a stacking intrinsic layer, a P-type doped germanium layer and a second dielectric layer on the surface of a second substrate from bottom to top to obtain a substrate B, wherein the stacked intrinsic layer is formed by alternately and repeatedly stacking Ge<1-x>Snx layers and Ge<1-y>Siy layers for n times, x is greater than 0 and less than or equal to 0.3, y is greater than 0 and less than or equal to 0.3, and n is greater than or equal to 1; bonding the substrate A and the substrate B; removing the second substrate and the germanium buffer layer after bonding, forming an N-type doped germanium layer on the surface of the stacked intrinsic layer, and manufacturing a detector structure; and enabling the electronic circuit structure and the detector structure are interconnected. According to the invention, the substrate on which the detector is not manufactured is bonded in the electronic circuit structure substrate, so that the integration process is simplified, the integration level is improved, and the problem that accurate alignment cannot be realized is solved.

The invention discloses a high-order perturbation method applied to the surface scattering condition of a TM wave incident random rough electric conductor, and belongs to the technical field of communication, and the method comprises the following steps: S1, performing problem model parameterization processing; S2, processing by using a HOSPM method; and S3, calculating a result. according to theinvention, the HOSPM can obtain a general form of any order of a traditional SPM; the feasibility of the method is proved by comparing the BSCs obtained by two different methods of HOSPM and MOM, theaccuracy of the method is proved by calculating different related lengths and root mean square heights, the HOSPM is proved to have higher efficiency by comparing the operation time of HOSPM and MOM,the calculation precision can be ensured, meanwhile, the integral process for solving the electromagnetic scattering problem is simplified as much as possible, so that the calculation time is greatlyshortened, and the method can be widely applied to the random rough scattering problem.

The invention provides a client application integration method based on a micro-service architecture, and the method comprises the steps of responding to a received application file package uploaded by a development end, enabling a micro-service platform to decrypt the application file package, wherein the application file package is generated according to a preset rule; the method also includes that the micro-service platform performs package name analysis on the decrypted application file package, classifies the application file package according to a package name analysis result, and stores the classified application file package on a server; in response to a received downloading request sent by a client, the micro-service platform calls the application file package which is stored on the server and is associated with the downloading request; and the client downloads the application file package associated with the downloading request from the micro-service platform, verifies the application file package, and updates the service application of the client based on the application file package if the verification is passed.

The invention discloses a method for simplifying traditional numerical integration in a discrete speed space, which is based on MCI integration, selects discrete speed coordinate points by means of the golden section number theory integration principle, introduces the consistent distribution theory of the number theory into a multi-integration calculation method, and simplifies the traditional numerical integration. According to the method for simplifying the traditional numerical integration in the discrete speed space, the traditional numerical integration for the discrete speed space is simplified, the calculation efficiency of multiple integrals in high-dimensional flow is improved, and particularly, the distribution of discrete speed coordinate points is optimized; and an effective technical approach is provided for developing a novel Boltzmann equation collision integral calculation method.