168results about How to "Guaranteed integration" patented technology

The invention discloses an all-fiber magnetic field sensor. The sensor is composed of a broadband light source, a sensing head and a spectrometer, wherein two ends of one section of a photonic crystal fiber with magnetic fluid poured in are welded with a single-mode fiber to form the sensing head, one end is melted eccentrically, a Mach-Zehnder interferometer with single fiber embedded is formed, changes of phase differences among different modes are caused through changes of the reflection rate of the magnetic fluid in the photonic crystal fiber, spectral shift is thus caused, the shift amount of a wave crest / a wave trough is detected to demodulate magnetic field information, and measurement on the magnetic field is realized. The all-fiber magnetic field sensor is compact in structure, small in size, simple in manufacturing, stable and reliable in operation, high in sensitivity and low in cost.

The invention discloses an information management system for a mould enterprise. The information management system links various information sub-systems, including a PDM sub-system, a CAPP sub-system, an ERP sub-system and an OA sub-system, through a network to realize an integration of various designs, technologies, manufacturing and management software, and practically ensure the integration of the design, analysis and processing; the whole mould project conducts the managements from contracting, the formulation of a master production plan, the plan and operation of material demands, the purchase and management of standard parts and materials, outsourced management of multi-operation and single operation of moulds, inventory management and production workshop management, to formulate the production plan of workshop level, release the plan to a detailed machine tool and locksmith teams, make statistics for the completion and consumed work hours of every operation during the production process of the moulds in real time and realize the accurate statistics of costs; the information transfer between different departments overcomes lagged manual paper-based transfer, which truly achieves paperless office work, and not only saves office work expenses but also increases the transfer speed of the information.

The invention discloses a multi-hierarchy relationship information management system based on cloud computing. The multi-hierarchy relationship information management system based on the cloud computing comprises a cloud service platform and a client. The cloud service platform comprises a physical resource layer used for storing information data of all organization hierarchy units, a processing platform layer used for processing the information data on the physical resource layer, a displaying application layer used for displaying the information data and a management layer used for managing and maintaining the physical resource layer, the processing platform layer and the displaying application layer. According to the multi-hierarchy relationship information management system based on the cloud computing, a mode of one longitudinal layer and three transverse layers is provided and used for supporting the whole multi-hierarchy organization structure, and the whole system is made to meet requirements for 'one base, one platform, and one network' due to the fact that the multi-hierarchy relationship information management system based on the cloud computing is established. In addition, rich cloud computing abilities and a friendly user interface are provided, and the purpose that mass information is obtained from the interior of an organization, applied to the interior of the organization and analyzed by the interior of the organization is achieved. Therefore, safety performance and the information sharing rate of the system are improved, resources are utilized efficiently, and requirements that information is more integrated, supervision is more strict and decision-making is more convenient are met.

The invention relates to a system and a method for measuring vision of a variable optical axis. The measuring system comprises a substrate, a camera, a rotary prism device and a computer, wherein the computer is connected with the camera and the rotary prism device respectively; the camera is arranged on the substrate through a camera adjusting mechanism; the rotary prism device is fixed on the substrate and aligns to the camera in the axial direction; an imaging plane of the camera and a prism plane of the rotary prism device are parallel to each other; and the rotary prism device comprises a prism capable of rotating in a complete cycle. Compared with the prior art, high-resolution target images can be collected by the camera under various optical axis pointing states respectively by sufficiently utilizing accurate pointing characteristic and wide-field scanning capacity of the rotary prism, the imaging view field and measuring range of the system can be enlarged obviously, relatively high imaging resolution and three-dimensional measurement accuracy are realized, and simultaneously, the integration and economical efficiency of system structure design also can be guaranteed.

A product information modeling method in a collaborative environment based on a product entire life cycle comprises the following four steps of: 1, establishing a generalized model basic framework according to a WBS (Work Breakdown Structure); 2, when the BOM (Bill Of Material) is updated, extracting the BOM information of each view; 3, finding a slave information model related to the updating in a unified product information model, if the slave information model is found, updating and upgrading the slave information model, comprising inserting or deleting a new node, and changing the relationship between nodes, and if the slave information model is not found, finding the node on the higher level to which the slave information model belongs, then creating a view and a relationship, and establishing the UPIM (Unified Product Information Model); and 4, continuously judging whether the BOM is updated, and repeating the steps. The product information modeling method in the collaborative environment based on the product entire life cycle has a better practical value in the technical field of computer aided design.

The invention discloses a paper artwork tracing and anti-counterfeiting method and system based on a block chain. The method comprises the steps of generating a block chain external account of an artist by means of a personal public and private key pair of the artist, creating an artist intelligent contract including a block chain external account address, a public key in the personal public and private key pair, and the artist personal information; storing the artwork information and the block chain external account address of the artist in the readable area of an NFC chip, storing the private key in the personal public and private key pair in the unredabl area of the NFC chip, and locking the NFC chip to a readable mode; and creating an artwork intelligent contract including the artworkinformation, the block chain external account address, the artwork information, and the ID information of the NFC chip on the block chain; wherein the artwork information includes an artwork name, anartist, a price and an owner. According to the invention, the tracing, true non-tampering and anti-counterfeiting purposes of the paper artwork are achieved.

A fingerprint imaging module and an electronic device are provided, wherein the fingerprint imaging module comprising a light source; a sensing surface that is in contact with the part to be imaged and causes incident light generated by the light source to form reflected light carrying fingerprint information, wherein ambient light transmits the object to be imaged to form interference light; an image sensor that photoelectrically converts the interference light and the reflected light, and obtains a fingerprint image according to the reflected light; a light filter layer is locate between thesensing surface and the image sensor for filtering at least a portion of the interference light. The arrangement of the filter layer can give consideration to the improvement of the integration leveland the signal-to-noise ratio, and can effectively improve the performance of the fingerprint imaging module.

The invention relates to a multilayer quadrifilar helix antenna system, and belongs to microwave technology and the technical field of antennae. A quadrifilar helix three-dimensional structure of a traditional form is transformed to a quasi-two-dimensional structure, a quadrifilar helix antenna and a tandem type feed network are integrated together through a strip line-to-coaxial structure, and the multilayer quadrifilar helix antenna system is formed by machining with a multilayer PCB technology. Thus the height and the volume of a conventional quadrifilar helix antenna are greatly reduced. The axial size of the antenna is reduced by 91.5% compared with the conventional quadrifilar helix antenna, and use of the tandem type feed network ensures high integration of a feed part and an antenna part in size and form, thereby ensuring integration of an antenna feed system. The beneficial effects are that the antenna is small in finished size, low in section, and high in reliability, and has the characteristics of wide-beam circular polarization, low elevation, high gain and the like, and is suitable for a Big Dipper handheld device and other application having a requirement of performance of wide-beam circular polarization and miniaturization for the antenna.

The invention relates to a surface-electrode-technology-based high-throughput cell electrofusion chip device. The device consists of a microelectrode array chip and a cover plate with a sample charging and discharging guide pipe, wherein the microelectrode array chip comprises a quartz basal layer, a polymer microchannel layer and a top protective layer from bottom to top in turn; a bottom comb-shaped microelectrode array is manufactured on the quartz basal layer; the middle of the polymer microchannel layer is provided with a microchannel; a top comb-shaped microelectrode array of which the shape and the position correspond to those of the bottom comb-shaped microelectrode array is manufactured on the polymer microchannel layer; the side wall of the microchannel is provided with a side wall surface electrode; and the side wall surface electrode is connected with each pair of comb teeth corresponding to the bottom comb-shaped microelectrode array and the top comb-shaped microelectrodearray, so that the side wall surface and the top and bottom comb-shaped microelectrode arrays are electrically communicated to form a sandwich structure. The microelectrode arrays are attached to thepolymer microchannel layer, so that the problem of cell blockage caused by the conventional toothed protruding electrode structure is solved, and the integration level and high fusion efficiency of microelectrodes are ensured simultaneously.

The disclosed method to accurate extract data corrected based on multiple OCR schemes comprises: virtual printing, recognizing and configuring by OCR, scheduling the software recognization task, OCR recognizing, fault-tolerance correcting for single number digit result, correcting and matching result integrated; only full matching, starting fax transmission, or else manual operating to ensure the security. It also discloses the corresponding system.

The invention relates to an urban rail transit information integration platform. A network operation dispatching center, an operation monitoring center, an emergency command center, a ticket business clearing center, an information edit and broadcast center and a data storage center are built by centering on monitoring systems related to professions such as vehicles, signals, communication and wind / water / electricity in the aspect of the line network and network operation according to service functions related to operation services, wherein operation of urban rail transit must be provided with the monitoring systems related to the professions such as the vehicles, the signals, communication and wind / water / electricity, the operation monitoring center is connected with the network operation dispatching center, the emergency command center and the ticket business clearing center in a communication mode, the operation monitoring center, the network operation dispatching center, the emergency command center, the ticket business clearing center and the information edit and broadcast center are connected with the data storage center in an interactive mode through respective enterprise service buses, data of lines are stored on a data center server through the enterprise service buses so that the monitoring systems of the professions of the lines can call the data, and information collection of the monitoring systems of the professions of the lines can be achieved.

The invention discloses a synchronization method for eliminating jitter of inter-video video data of a stereo video collecting and synthetizing system, which comprises the following steps of: firstly, identifying two paths of input high-definition video data, judging whether the two paths of the input high-definition video data are effective video data, and calculating delayed data of the high-definition video data; after detecting an effective input, storing the effective video data into a data buffer area, wherein a secondary buffer scheduling strategy takes negative feedback as a principle so that the capacity of the buffer area can be dynamically regulated; finally, reading the synchronized stereo video data from data buffer area. According to the method provided by the invention, complete and stable frame synchronization of the two paths of the stereo video data can be realized, and no de-synchronization is caused by influences of a clock jitter and a transmission chain on the premise of stable signal connection after the synchronization. The method can be used for automatically identifying an arrival sequence of signals of the two paths of the stereo video data and do not break a constitution format of the high-definition video data. All functions of a synchronization scheme for eliminating the jitter of the inter-video video data can be realized in an FPGA (Field Programmable Gate Array).

The invention provides a general scheme of a reflection-type interference optical fiber sensor system. The reflection-type interference optical fiber sensor system comprises a light source, a photoelectric detector, an optical element integrated component, a probe and a digital closed ring signal processing unit based on relevant modulation-demodulation, wherein the optical element integrated component consists of a first light-splitting and light-integrating element, a Y-type optical phase modulator, a second light-splitting and light-integrating element and an optical delayer, and the functions of the optical element integrated component comprises light splitting, light integrating, light polarizing, polarized light decomposing and optical phase modulating. The general scheme of the optical fiber sensor adopts a reciprocity light path, so that the anti-interference capability of the sensor to environmental factors of temperature, vibration and the like is improved. The general scheme adopts a digital closed ring weak signal detection method by combining square wave bias modulation with step wave feedback modulation, so that the sensor can detect a physical quantity to be detected in a high-linearity and high-accuracy way.

The invention relates to a method for rapidly generating an interference matrix between ship shortwave systems. The method comprises the following steps: 1, according to interaction between radiation frequency equipment and sensitive frequency equipment in ship shortwave system frequency equipment, establishing a ship shortwave system interference incidence matrix; 2, solving interference energy which is received by the sensitive frequency equipment in the shortwave systems and is radiated by the radiation frequency equipment; 3, establishing multi-factor criterions of the interference received by the sensitive frequency equipment in the shortwave systems to an electromagnetic compatible state; 4, on the basis of the multi-factor criterions on the electromagnetic compatible state in the ship shortwave systems, completing a rough screening stage of generation of the interference matrix between the shortwave systems by utilizing a four-step classified screening prediction method and forming a primary interference matrix between the ship shortwave systems; 5, completing a fine screening stage of generation of the interference matrix between the shortwave systems and finally establishing the interference matrix between the ship shortwave systems. According to the method, rough screening and fine screening are combined to gradually refine so as to realize rapid generation of the interference matrix between the shortwave systems and high efficiency and high accuracy are achieved.

the invention provides an image processing method, a device and electronic equipment. The method comprises the steps: an initial focal length is determined according to a distance between a preset shooting object and a lens when an image field of the lens of a camera is on an initial position; the lens is focused according to the initial focal length, and a basic image frame which comprises a clear image of the preset shooting object is generated; according to the moving focal length in a moving process of the image field in a preset moving direction, the lens is focused, so that moving image frames are generated; the sharpness of the same shooting object in different moving image frames is different; image synthesis is performed on the basic image frame and the moving image frames, so that an image frame of the preset shooting object is obtained. According to the invention, under a condition of clear imaging of the preset shooting object, the gradient blurring of other shooting objects except the preset shooting object can be realized without configuring a tilt shift lens, the size of the camera can be decreased, and the integration level of the electronic equipment can be ensured.

The invention relates to multi-functional fancy yarn and a spinning method thereof; the fancy yarn comprises core yarn, decorative yarn and fixed yarn; the core yarn is polyester fiber with infrared functional nano powder, the decorative yarn is polyester fiber with nano bamboo charcoal, and the fixed yarn is viscose fiber with pearl nano powder. The spinning steps of the fancy yarn are as follows: (1) the raw material fiber of the core yarn, the decorative yarn and the fixed yarn are respectively processed into roved yarn; (2) the roved yarn of the decorative yarn and the fixed yarn are fed on a special spinning machine at the same time to prepare bobbin yarn after drafting, twisting and packaging by roved yarn blending, and prepare into cone yarn 1 through a winding procedure; (3) the roved yarn of the core yarn is separately spun into spun yarn in the spinning machine, and prepared into cone yarn 2; (4) the cone yarn 1 and the cone yarn 2 are fasciated together to prepare the fancy yarn, and the fasciating method is adjusted according to product purposes to obtain fancy yarn in different types.

The invention discloses an exhaust pollutant measuring system for an in-use vehicle. The exhaust pollutant measuring system comprises a diluted-exhaust-gas flow measuring and sampling unit, an exhaust-gas-component measuring and analysing unit, and the like. Diluted exhaust gas, which is exhausted by the in-use vehicle and is mixed with air, is suctioned by a cyclone draught fan (4), measured by an SAO flowmeter (3) to obtain the diluted-exhaust-gas flow and then is exhausted to the air from a draught fan exit (5). The diluted exhaust is sampled by a sampling pump (6) and enters into the exhaust-gas-component measuring and analysing unit (9) through a continuous sampling pipeline (7) or a sampling bag (8). The exhaust-gas-component measuring and analysing unit (9) comprises an NDIR analyzer for measuring CO, CO2 and O2, an NDIR analyzer for measuring HC, and a CLD analyzer for measuring NO[x] (containing NO and NO2). Compared with measuring methods and devices at present for the in-use vehicle, the exhaust pollutant measuring system provided by the invention overcomes the disadvantages of the low measuring precision of exhaust gas components, incapability of measuring both the NO and the NO2 or capability of only measuring the NO, incapability of measuring the exhausting quantity or low measuring precision, and the like. The exhaust pollutant measuring system is compatible with a plurality of measuring methods of the in-use vehicle. The price of the measuring system is medium. The measuring system is a design acceptable by the market.

The invention discloses a flexible tactile sensor array and a preparation method thereof. The flexible tactile sensor array comprises a flexible substrate and a tactile sensing array. The tactile sensing array comprises N * M tactile sensing units and an interconnection line network; the tactile sensing unit is a grid-shaped metal foil wrapped and packaged by a conformal polymer, and an in-situ hard micro-column array is integrated on each grid-shaped metal foil; the interconnection line network comprises N row lines and M column lines which are vertically crossed, the row lines and the columnlines are insulated from each other by crossed insulating pads, and the row lines and the column lines are wrapped and packaged by the conformal polymers; and the flexible substrate and the tactile sensing array are bonded into a whole. According to the invention, the in-situ hard micro-column extrusion grid-shaped metal foil structure is constructed according to the mechanism that the resistanceof the metal foil is changed under pressure, and a novel tactile sensor array is constructed by combining the in-situ hard micro-column extrusion grid-shaped metal foil structure as a tactile sensingunit with the interconnection line network; and the novel tactile sensor array has the advantages of high stability, high sensitivity, low hysteresis, high integration level and the like.

The invention discloses a hot spraying rare earth aluminum alloy coating steel bar. A hot spraying manner is adopted, and the hot spraying rare earth aluminum alloy coating steel bar is prepared by spraying a rare earth aluminum alloy wire to the surface of a steel bar base body through mechanical rust removal, hot spraying, after treatment and other steps, wherein Si, Li, Ti, B, Mn, rare earth metal and the like can improve hardness, plasticity, tenacity, shielding performance and cathode protection capability of an aluminum alloy and a clad layer. A double-component waterborne polyurethane sealing agent and a finishing coat are adopted for treatment, cleanliness and environment friendliness are achieved, surface drying is rapid, and compatible bonding with concrete is easier due to the surface of the hot spraying rare earth aluminum alloy coating steel bar. According to the hot spraying rare earth aluminum alloy coating steel bar, the common technical problems that according to a current epoxy coating steel bar and a zinc-aluminum clad layer steel bar, the relative bonding strength with concrete is greatly reduced, the steel bar anchoring length is increased by 25%, anti-corrosion durability is insufficient, and notch and damaged positions are hard to repair on the site are solved, and good application prospects are achieved.

The invention relates to a method for improving capacity of a track traffic vehicle base for exiting and entering a section / field. The method is achieved through the following steps: designing a vehicle section layout; designing a main line layout; designing layouts of an upstream interconnection line and a downstream interconnection line between a vehicle section and a main line; bringing the upstream interconnection line and the downstream interconnection line into the vehicle section; and designing a shunting automatic tracking access including a safety protection area in the vehicle section and finishing shunting rank automatic tracking section exiting. The method has the advantages of being favorable for vehicle base site selection and city track traffic resource sharing, guaranteeing city track traffic resource integration, and simultaneously bringing design transportation capacity into full play.

The invention provides an integrated induction melting gas atomization powder manufacturing device and a gas atomization powder manufacturing method. The integrated induction melting gas atomization powder manufacturing device comprises a gas atomization powder manufacturing device body. The gas atomization powder manufacturing device body comprises a supporting frame and a gas atomization crucible. A quarts tube used for collecting alloy powder is arranged on the supporting frame. One end of the quarts tube is connected with an alundum tube in which protective gas is led. The supporting frame is provided with an induction coil, and the gas atomization crucible is arranged in the induction coil. A nozzle is arranged at the bottom of the gas atomization crucible and faces the interior of the quarts tube. The axis of the nozzle of the gas atomization crucible is perpendicular to the axis of the quarts tube. An opening of the alundum tube faces the position of an outlet of the nozzle, and the opening end of the quarts tube is sealed through a stopper. The integrated induction melting gas atomization powder manufacturing device is simple in structure, small in occupied area and easy to assemble, the phenomenon that liquid blocks the nozzle cannot happen in the powder manufacturing process, meanwhile, the gas leading flow can be changed, and therefore the particle size distribution ratio of powder manufacturing is changed.

The invention discloses an assembled type waterproof power distribution cabinet with an automatic temperature control function. The assembled type waterproof power distribution cabinet comprises a base, a cabinet body and a top cover; a concave sliding groove is formed in the base; convex beams and pulleys are arranged on the bottom edges of three cabinet bodies relatively; matched hasp locks are arranged on the adjacent framework vertical columns and cross beams of the first cabinet body and the second cabinet body, and the adjacent framework vertical columns and cross beams of the second cabinet body and the third cabinet body respectively; bent telescopic sleeve pipes are also adopted on the top parts of the adjacent cabinet bodies to form sealed electric wire and cable channels; each cabinet body is also provided with an air inlet, an air outlet, a heat dissipation apparatus and an automatic control apparatus; and the V-shaped top cover can be stably embedded and inserted in clamping grooves formed in the top parts of the first cabinet body, the second cabinet body and the third cabinet body. The power distribution cabinet can be assembled onsite, so that the size of the single cabinet body can be reduced, and the power distribution cabinet is convenient to transport and high in stability after assembling; therefore, integration in form is realized while circuit interconnection is also achieved; and in addition, the power distribution cabinet is excellent in waterproof and heat dissipation functions, and convenient and flexible to use.

A Chinese herbal medicine B2B2C (business-to-business and business-to-customer) electronic intelligent transaction platform is provided. The Chinese herbal medicine B2B2C electronic intelligent transaction platform comprises transaction platforms and a management system. The transaction platforms comprise a B2B2C online mall, a B2B e-commerce mall, and a boutique concession; and the management system performs management on operation and maintenance of each transaction platform, and the management system comprises a shopping mall of accumulated reward points, member management, payment settlement, and a settlement system. Beneficial effects of the Chinese herbal medicine B2B2C electronic intelligent transaction platform provided by the present invention are that: the B2B2C transaction solves the problem of the electronic segmentation transaction, and the actual demand of Chinese herbal medicine transaction, namely, the B2B2C transaction mode is fully combined; combining with accumulatedpoint incentives, quality scoring, and settlement supervision, the integration, standardization, informationization, and intelligence of transaction settlement are ensured, and the improvement of transaction efficiency can be promoted in a more facilitated manner; and through the B2B2C platform, procurement costs are reduced, inventory costs are reduced, the turnaround time is saved, and market opportunities are expanded.

The invention relates to an energy storage monitoring system comprising a real-time operation system, an electric energy charge system, and a safe WEB issue system which are communicated with a network data transmission platform. The real-time operation system is located in a first safety area and acquires and processes data correlative with an energy storage system. The electric energy charge system is located in a second safety area and performs power grid application analysis and electric energy acquisition statistic. A firewall is arranged between the first safety area and the second safety area. The safe WEB issue system is located in a management information area and issues information to external units. A forward-power-dedicated safe physical isolation device is arranged between the management information area and the first safety area. The energy storage monitoring system uses a layered, distributed, and open network framework, and achieves combined monitoring of a wind power plant and an energy storage power station.

The invention discloses a masonry filler wall reinforcement and plastering constructional column and a construction method thereof, and belongs to the field of buildings. According to the technical scheme, the masonry filler wall reinforcement and plastering constructional column comprises a masonry body, steel mesh pieces are arranged on the two sides of the masonry body, masonry embedded bars penetrating through the masonry body are connected between the steel mesh pieces, the upper ends and the lower ends of the steel mesh pieces are fixedly connected with upper flat steel and lower flat steel respectively, upper joint bars are fixedly connected with the upper flat steel, lower joint bars are fixedly connected with the lower flat steel, and the inner sides of the steel mesh pieces are smeared with mortar. The masonry filler wall reinforcement and plastering constructional column has the advantages that the steel bar manufacturing and binding link, the constructional column concrete link and the framework erecting and disassembling link for a traditional constructional column are omitted, materials are saved, and labor and time limit for a project are saved; the masonry filler wall reinforcement and plastering constructional column is connected with a structural frame system, and therefore a building stress system is more reasonable; the steel mesh pieces, the flat steel, masonry blocks, review fiber anti-crack mortar and the like are finished products, so that the quality is better guaranteed, and the working period is only 10% that of a traditional method; working procedures are simple, operation is easy and convenient, and universality is high.

The invention provides a sock design and weaving integrated system and method. An intelligent and flexible system integrating sock design, sock weaving and production process management is constructed. The integrated system integrates software and hardware; the design and production efficiency of the socks are effectively improved; a design and production platform which is easy to operate, manageand high in efficiency is built for the sock industry, a traditional industrial pattern and a rough development model are changed, three-dimensional digitization of sock products from design to weaving can be achieved through software and hardware integration, and therefore the production efficiency is improved, the manual requirement is reduced, the weaving period is shortened, and the product quality is guaranteed.

The present invention discloses a preparation technology of lemon black tea. The preparation technology comprises the following steps: S1, lemons are washed, openings are cut on the lemons to divide the lemons into two parts of lemon lid bodies and lemon main bodies, and fruit flesh is taken out to obtain the lid bodies and lemon containers; S2, the lid bodies and lemon containers are washed, the washed lid bodies are sun-dried or air-dried until a water content is 5-12%, and the lemon containers are sun-dried or dried until a water content is 40-65%; S3, rolled black tea leaves A are put into the lemon containers to be fermented and the tea leaves are filled to be 10-50% of a lemon container volume; S4, the black tea leaves A and the lemon containers are dried together until the water content of the lemon containers is 5-12%; S5, black tea leaves B are put into the lemon containers and the lid bodies cover the lemon containers; and S6, the whole bodies of the assembled lid bodies and the lemon containers are dried. The prepared lemon black tea combines the delicate fragrance of the lemon peels and the mellowness and sweetness of the black tea, and still remains a multi-layered fragrance after a multi-brewing.

The invention discloses a dual-image-sensor packaging module and a formation method therefor. The formation method comprises the steps of providing a substrate, wherein the substrate comprises a first surface and a second surface opposite to the first surface, and the substrate has an interconnecting line; providing a first image sensor and a second image sensor, wherein an image sensing region and a bonding pad which surrounds the image sensing region are arranged on the front surface of each of the first image sensor and the second image sensor separately; setting the first image sensor and the second image sensor on the same surface of the substrate, wherein the bonding pad of the first image sensor is electrically connected with the interconnecting line while the bonding pad of the second image sensor is electrically connected with the interconnecting line; and forming welding lug bosses on the first surface and the second surface of the substrate, wherein the welding lug bosses are electrically connected with the interconnecting line; the welding lug bosses are used for being electrically connected with an external circuit; and the convex direction of the welding lug bosses is opposite to the front surface direction of the first image sensor and the second image sensor. By adoption of the scheme, the integration degree of the module is improved while the image acquisition precision is improved.

The invention discloses five-grain highland barley wine and a preparation method thereof. The preparation method of the five-grain highland barley wine comprises the following steps: mixing and grinding highland barley, rice, wheat, sorghum, corn and glutinous rice, thus obtaining five-grain highland barley powder; adding the five-grain highland barley powder to wine making fermented grains, mixing the materials uniformly, putting the mixture in a retort to be distilled and discharging the products from the retort to obtain grains; adding brewing water to the grains and then spreading the grains to cool the grains; putting the cooled grains in a cellar to be fermented and fermenting to obtain the five-grain highland barley wine. The five-grain highland barley wine is prepared by adopting the method. The five-grain highland barley wine and the preparation method have the beneficial effects that the six grains including highland barley, rice, wheat, sorghum, corn and glutinous rice are adopted for brewing and fermentation; the highland barley is fully fermented and the nutritional ingredients of the highland barley are enabled to be blended in the wine by the improved process; the wine additionally has the fragrance and sweetness of the grains, such as rice and glutinous rice, and the bitter taste of the highland barley is removed by the improved formula, so that the taste of the highland barley wine is more suitable for mass consumers.