57results about How to "Accurate settlement" patented technology

The invention provides a deep learning system and method based on the hyperspectral camera technology. The method comprises the following steps: storing face information of a user and identity information corresponding to the face information; shooting the face of a shopper by using a face recognition camera to obtain the face information of the shopper; comparing the face information of the shopper with the stored face information of the user, and when the face information of the shopper exists on a server, opening a shopping gate; shooting the action track of the shopper in real time, and uploading an action track image of the shopper to the server for storage; sending a changed weight value to the server, and reporting the position of a shelf; comparing the position of the shelf with the action track image of the shopper to obtain the shopper currently at the position of the shelf; obtaining unit prices of settlement items to be settled together; and when it is detected that a checkout request the shopper is completed, opening an exit door. By adoption of the deep learning system and method provided by the invention, accurate monitoring and management of shopping behaviors in unmanned supermarkets are achieved.

The invention relates to a method for photoelectric theodolite calibration in an external field. According to the method, fixed stars satisfying magnitude requirements in a field range are selected as fixed stars to be detected, aiming at all the fixed stars to be detected, azimuth angle theoretical values, angular altitude theoretical values, azimuth angle observed values and angular altitude observed values of the fixed stars to be detected are respectively acquired by a photoelectric theodolite, equation sets of the azimuth angle theoretical values, angular altitude theoretical values, azimuth angle observed values and angular altitude observed values of the fixed stars to be detected and individual differences of the photoelectric theodolite are determined, and individual differences of the photoelectric theodolite are calculated by a least square method according to the equation sets of the fixed stars to be detected. The method can accurately calculate individual differences of the photoelectric theodolite and improve accuracy of photoelectric theodolite calibration in the external field.

The invention relates to the technical field of unmanned stores, and particularly relates to a commodity anti-theft settlement method, a commodity anti-theft settlement device and electronic equipment. The commodity anti-theft settlement method comprises the following steps of during settlement, acquiring the label information and the commodity image of a target commodity of a user; according to the label information of the target commodity, determining the preset reference image of the target commodity; when the commodity image is not matched with the preset reference image, suspending the settlement of the target commodity. Therefore, during settlement, the theft behavior of a label can be effectively eradicated, so that the settlement is more accurate. The loss is avoided.

The invention relates to the technical field of vending machines, in particular to a vending machine and an operation method thereof and a vending machine system. The vending machine comprises a casewith an opening, a visual sensor and a server; the visual sensor is connected with the server; goods are accommodated in the case; the visual sensor is arranged outside the opening of the case and canacquire video or image information of the goods moving at the position of the opening of the case and send the video or image information to the server; the server can identify whether the goods aremoved to the case or out of the case according to the video or image information and determine the type and quantity of products a user ultimately purchases. The vending machine allows the purchase ofthe goods to be settled using a separate image identification technology, simpleness in method and high speed are achieved, and user experience is improved.

The invention discloses an unattended operation supermarket commodity settlement system based on image recognition. The unattended operation supermarket commodity settlement system comprises a commodity settlement table cabinet body, a commodity settlement table control unit, a commodity image information extraction unit, a commodity antitheft detection unit and a host computer. When a weighing sensor detects that commodities to be settled exist on a commodity settlement table, the system performs image division by an image processing controller on an image of the commodities to be settled bya customer obtained by a commodity image sensor so as to obtain images of each commodity; the commodity features in the images of each commodity are extracted; then, the commodity image features are output to an image self information processor; the feature information of each commodity image is read; the commodity information of each commodity is generated and is transmitted to the host computerthrough the main controller and is displayed onto a settlement screen; the condition that the customer completes the payment and the commodity settlement is reminded. The system is also provided witha commodity anti-theft system. The unattended operation supermarket commodity settlement system based on image recognition provided by the invention has the advantages that the unattended operation automatic settlement in a supermarket is realized; the labor cost is reduced; the operation benefits are improved.

The invention discloses a method and system for generating a delivery order in the distribution process. The method comprises the following steps: achieving the one-to-one correspondence relationship between real objects transferred by every transport vehicle and a system order by a system; carrying the accurate delivery orders to deliver the goods by the transport vehicles; loading the transport vehicles in a manner of supporting simultaneous loading of a plurality of vehicles during the distribution; posting and printing the delivery orders in time in an SAP business system; and returning the loading information in time after the loading is complete, and printing a loading plan order. According to the technical scheme in the invention, the method can solve the problem that the goods on one order can be loaded to different vehicles at the same time, and the goods loaded on each vehicle can have the corresponding order, thereby achieving simultaneous transportation of the delivery orders and the goods.

The invention discloses an intelligent supermarket checkout counter. The intelligent supermarket checkout counter comprises a movable carrying belt, automatic code scanners, information storage devices, a settlement mechanism, a detection device and a positioning device; multiple embedded containing baskets with openings in the upper portions are arranged on the movable carrying belt; the automatic code scanners are arranged on the movable carrying belt and used for automatically conducting code scanning on commodities and eliminating magnetism on magnetic stripes on the commodities; the information storage devices are in communication connection with the automatic code scanners and used for receiving and storing data of the automatic code scanners; the settlement mechanism is arranged at the downstream position of the moving direction of the movable carrying belt and used for reading information of the information storage devices, displaying clearing data and collecting payments; the detection device is fixed to the position in front of the settlement mechanism and used for detecting whether commodities to be settled are subjected to code scanning and magnetism eliminating or not, and the positioning device is arranged on the side face of the settlement mechanism and used for controlling moving of the movable carrying belt.

The present invention discloses a supermarket anti-theft automatic identification, weight and settlement method and system. The method comprises steps of: data pre-storage, data collection, data processing, data matching and withholding settlement; the system comprises a storage module, an image data collection module, an image data processing module, an image data matching module, a weighing module, a manual intervention module, a determination settlement data generation module and an expense settlement module. The supermarket anti-theft automatic identification, weight and settlement methodand system can effectively perform automatic identification and weighing of various articles in a supermarket, are high in identification rate and high in adaptation, can rapidly discover stealing behaviors and can process various accident condition in the reality of operating, can reduce the time to be weighed and settled of articles in bulk, can improve the settlement efficiency and data accuracy, can reduce the customers' and sellers' time cost, can simplify the monitoring cost of the supermarket and have a high practical value and a wide application prospect.

The invention provides a tunnel bottom plate settlement monitoring device. The device comprises fixed pipelines, at least one fiber grating sensor is arranged on each fixed pipeline, a plurality of fixed pipelines provided with the fiber grating sensors form a long-distance fiber grating settling pipe, and the long-distance fiber grating settling pipe is used for being fixed to a bottom plate of atunnel; the device comprises a demodulator, the fiber bragg grating sensors are connected with the demodulator, the demodulator can receive and process monitoring data of the fiber bragg grating sensors, and the device also comprises an optical cable which is connected with a reserved standard communication interface arranged on the fiber bragg grating settling tube.

The invention discloses an unmanned supermarket goods scanning device. The device comprises a cabinet body, conveyor belts are fixedly installed on the left side and the right side of the upper end ofthe cabinet body, an electronic scale is fixedly installed in the middle of the upper end face of the cabinet body, a mounting frame is fixedly installed in the middle of the upper end face of the cabinet body, an intelligent control device and a digital-analogue converter are fixedly installed on the left side and the right side of the upper end face of the mounting plate respectively, a code scanner is fixedly installed at the lower end of the mounting plate, a mounting cavity is fixedly installed on the front side wall and the rear side wall of an inner cavity of the mounting frame, a motor is fixedly installed in the middle of an inner cavity of the mounting cavity, a rotary plate is fixedly installed at the lower end of the motor through a rotating shaft, a first pushing rod is fixedly installed at the inner end of the side wall of the rotary plate, and a second pushing rod is movably installed at the inner end of the first pushing rod through a torsion spring; by arranging the intelligent control device, the digital-analogue converter, the code scanner and the electronic scale, the purchased objects can be scanned and weighted, and settlement is more accurate.

The invention discloses an automatic identification and weighing settlement method and system for bulk articles. The method comprises steps of data pre-storage, data acquisition, data processing, datamatching and settlement. The system comprises a storage module, an image data acquisition module, an image data processing module, an image data matching module, a weighing module, a manual intervention module, a determination settlement data generation module and a fee settlement module. The method and the system are advantaged in that the bulk items in a supermarket can be effectively identified and weighed, the system intelligence degree is better, the identification rate is relatively high, adaptability is relatively strong, a variety of unexpected situations in real-world operation can be quickly processed, the time taking for waiting for weighing and settlement of the bulk items is reduced, settlement efficiency and data accuracy are improved, the time cost of customers and a selleris reduced, and high practical values and broad application prospects are achieved.

The invention provides an electricity charge calculating system based on multiple settlement main bodies. The system comprises an electric quantity acquisition unit, an operation data acquisition unit, and an electric quantity settlement unit mutually connected in a communication manner, the electric quantity acquisition unit comprises a metering chip and a communication chip, an input terminal of the metering chip is connected with output terminals of a plurality of electric energy meters, and the metering chip comprises a pulse output unit, a digital signal processing unit, a checking error processing unit, and a communication port used for loading electric quantity data. The invention provides an electricity charge settlement method based on multiple settlement main bodies, and electric quantity and electricity price can be rapidly and accurately settled according to multiple settlement main bodies. According to the system and the method, an electric energy settlement platform is established, an integrated calculating platform is provided for generating settlement of power plants and settlement of tie lines between provincial networks, and unified support and parallel processing for the settlement of the whole network are realized.

The invention discloses an electric energy metering system suitable for a competitive retail market, and the system comprises: a user layer which is used for enabling an intelligent electric meter, auser portal website and an indoor controllable power utilization device of a user to be connected through a gateway, and presenting the real-time power utilization information of the user and the electricity price information transmitted by an electric power company to the user; an acquisition equipment layer which is used for enlarging the coverage area of the intelligent electric meter and the acquisition terminal as required; a remote communication layer which is used for transmitting the measurement information, the fault alarm information and the device interference alarm information readby the electric meter to a data center in real time by adopting a fixed bidirectional communication network; and a main station layer which is used for opening a power grid, an electricity selling company, a third-party service company and a user, so as to enable different main bodies to have different data access authorities. The system can realize efficient and accurate settlement of various retail packages and promote network load interaction, effectively reduces the complexity of user electric charge settlement, improves the practicability and flexibility of electric energy metering, andis simple and easy to realize.

The embodiment of the present invention provides a data processing method and device, a computer-readable medium and electronic equipment. The data processing method comprises a step of receiving submitted order data and setting an order state corresponding to the order data as a first state, a step of receiving a first query request of an order whose submission time is within a predetermined timeperiod and whose state is the first state, and a step of generating a first settlement bill according to a query result of the first query request and changing the state of the order in the first settlement bill into a second state. According to the technical scheme of the embodiment of the present invention, the settlement status of each order can be identified based on the order state, thus theaccurate settlement of each order can be realized, and the repeated settlement of the order is prevented.

The invention relates to a measuring method for slime water turbidity suitable for cycling slime water in coal preparation plant especially. Based on the related relationship of turbidity and rigidity, by measuring rigidity of slime water real turbidity and sedimentation performance of cycling slime water can be reflected. Water hardness of in-material in concentration equipment of stable slime water system and corresponding flooding turbidity range are measured by hardness meter and turbidimeter respectively and rigidity-turbidity relation graph is drawn. In practice hardness meter is used to measure water hardness of in-material in concentration equipment on line and contrasts rigidity-turbidity relation graph to obtain real turbidity range of cycling water. The method can reflect turbidity of cycling water, sedimentation performance and change trend accurately. It conquers disadvantages of multiple interferences, big fluctuation and serious lag and so on possessed by adding drug control index in measuring turbidity index directly.

The invention discloses a pipe jacking model test device. The device comprises a test bed, a spliced test box, a pipe jacking model, a transverse loading device, a grouting system and a data acquisition system. The spliced test box is assembled at the upper end of a horizontally arranged test bed. The upper end of the spliced test box is open, and the spliced test box is internally provided with amodel soil body. The side wall of one side of the spliced test box is provided with an entrance for the pipe jacking model to enter and exit. The pipe jacking model is formed by sequentially buttingand assembling a plurality of sections of pipe bodies. A grouting opening is formed in the splicing position of every two adjacent pipe bodies. The jacking pipe model is horizontally arranged, one endof the jacking pipe model enters the model soil body from the inlet and outlet, the transverse loading device is in transmission connection with the other end of the jacking pipe model and used for horizontally pushing the jacking pipe model into the model soil body, a grouting pipe of the grouting system stretches into the jacking pipe model from the other end of the jacking pipe model, and eachgrouting opening is provided with a grouting branch pipe in a communicating mode. The device has the advantages of being high in simulation degree, capable of accurately testing soil settlement and internal pressure changes in the jacking process of the jacking pipe, and accurate in test data.

The invention provides an unmanned supermarket and a settlement method thereof. The unmanned supermarket comprises a gate system. The gate system comprises a settlement channel unit. The settlement channel unit is provided with wave absorbing material plates arranged at two side walls of a settlement channel, in a door pocket of an outlet and on a top plate, and RFID antennas respectively disposedat preset height on the two side walls of the settlement channel and used for scanning RFID tags on the goods to acquire price information. The unmanned supermarket and settlement method thereof canmore accurately read the commodity information in the channel.

The invention discloses a remote determination system of faults of an industrial flow instrument. The system comprises a data acquisition server, a data acquisition gateway, a data record instrument and a flow meter. The data acquisition gateway forwards real-time data of the data record instrument and the flow meter to a backbone network; the data acquisition server obtains data from the backbonenetwork and synchronizes the data to an application server. In addition, the invention also discloses a remote determination method of faults of an industrial flow instrument. The method comprises: collecting real-time data of the operation states of the data acquisition gateway, the data record instrument and an industrial enterprise instrument; on the basis of characteristics of different typesof instruments commonly used in various energy media in the industry, setting corresponding criteria and establishing a determination model; and determining the instrument operation fault based on afault determination model, acquiring a fault signal by using configuration software and carrying out alarming in monitoring software. Therefore, a problem that the industrial instrument fault elimination is not carried out timely and thus the e energy consumption statistics is affected in the prior art is solved.

The invention, which belongs to the field of unmanned convenience stores, provides a settlement method of a self-service settlement system of an unmanned convenience store. The method comprises stepsof demagnetizing, vibration separation, collection and identification, and settlement. Commodities in an unmanned convenience store are connected with electronic tags by magnetic forces; when a customer carries out commodity settlement, demagnetizing vibration is carried out on a tag unit and thus one electronic tag is separated from one corresponding commodity; the separated electronic tag carries out collection under the effect of the magnetic force; and the collected electronic tag carries out recognition to obtain the number and total price of purchased commodities. Therefore, settlement of commodities purchased by customers in an unmanned convenience store can be carried out quickly, accurately and conveniently.

The invention discloses an automatic freight settlement method based on safety verification and error judgment. The method comprises the following steps: calculating initial freight according to the factory price, actual weight and actual volume of current goods; generating a waybill according to the initial waybill, recording the transportation track of the vehicle in real time according to satellite positioning during transportation, comparing the transportation track with a historical track, and if the transportation track is consistent with the historical track, receiving the damaged quantity of the current goods input by a goods receiver during waybill signing; counting a cargo damage rate according to the damage quantity, and modifying the initial freight according to the cargo damage rate to obtain actual freight; judging whether the difference between the initial freight and the actual freight exceeds a fee deduction threshold value or whether the cargo damage rate exceeds a cargo damage threshold value or not; and if the difference value between the initial freight and the actual freight does not exceed the fee deduction threshold value or the cargo damage rate does not exceed the cargo damage threshold value, transferring accounts from the cargo owner to the owner of the vehicle. The freight can be automatically and accurately settled, and the settlement process is simplified.

The invention discloses a coal gas flow measuring method based on heat value measurement. The method comprises the following steps of: firstly, calculating low heat values of gas fuel in winter and summer, heat absorbed by steel billets when the steel billets are heated from 0 DEG C to 30 DEG C, and fuel consumption quantity of continuous production heating furnace steel billets from 30 DEG C to a tapping temperature; and measuring coal gas flow according to a chemical energy equivalent principle of the coal gas, so as to obtain the coal gas flow. With the adoption of the method, a traditional coal gas clearing form is changed; a heat value is included into a clearing method; a measurement result is accurate; thereby changing a phenomenon that coal gas flow output and use of user sides are unbalanced.

The invention discloses a supermarket and shopping mall automatic recognition, weighing and settlement method and system. The method includes steps of data pre-storage, data acquisition, data processing, data matching, and deduction settlement etc. The system comprises a storage module, an image data acquisition module, an image data processing module, an image data module, a weighing module, an artificial intervention module, a determination settlement data generation module and a cost settlement module. According to the method and the system, automatic recognition and weighing of various articles in supermarkets and shopping malls can be effectively realized, the intelligence degree of the system is good, the recognition rate is high, the adaptability is high, various accident conditionsin reality operation are processed, the time for waiting weighing and settlement of bulk articles is reduced, the settlement efficiency and the data accuracy are improved, the time cost for customersand sellers is reduced, and high practical value and wide application prospect are achieved.

An automobile vehicle-mounted mobile terminal system based on an ANDROID PAD comprises a vehicle selecting module, a task module, a signing module, a log module, a help module and a setting module, wherein the vehicle selecting module is used for selecting a vehicle head and a trailer for a current execution task and inputting current vehicle head road code information; the task module can check a current scheduling delegation task page by page, carry out bar code scanning vehicle loading and reversible departure and set changed arrival operations in a multi-point and flexible mode; the signing module achieves check and confirmation of a signing receipt page by page, shoots the signing receipt through a camera arranged on equipment and feeds back the signing receipt to a dispatcher, and the dispatcher checks the signing receipt; the log module looks up multi-dimension working performance at any time period; the help module provides detailed description of function use of the system; the setting module provides basis function service. Mobile electronic commerce is taken as a method, real-time dynamic feedback of vehicle logistics actual performance is achieved, and the system is not limited by time and places and is completely suitable for the characteristic of flexibility, mobility and instantaneity of logistics business development.

The invention provides a method for evaluating a clock state of power grid automation equipment based on data statistic analysis, and belongs to the field of power grid dispatching automation systems. The method is characterized in that after clock data are processed in a standardized mode, sample set data relevant coefficient evaluation, sample set data linear fitting and sample set data average errors are calculated, equipment operation analysis quantitative evaluation rules are constructed, the operating state and trend of an equipment clock are automatically judged, and clock information centralized monitoring, equipment abnormality alarming and intelligent judgment and evaluation are achieved. An energy management system, electric quantity metering management, a desulfuration monitor system plant device and a main station clock are managed in a unified mode, the equipment fault processing speed and the operation maintenance level are improved, and the good application prospects are achieved.

The invention relates to an automatic settlement method and system and a storage medium, and relates to the technical field of intelligent settlement. The method solves the problems that most of existing engineering budget books and engineering settlement books take compiled paper files as standards, the sequence and format of compiling are different, items are inconvenient to check and compare item by item, and the settlement efficiency is reduced. The method comprises the following steps: S1, transferring a main contract budget to be settled and pushed to a single party for settlement; S2, simultaneously pushing design change settlement, visa project settlement summary, middle-term difference adjustment and project reward and penalty to single-party settlement in the construction process; S3, after the data of the single-party settlement based on the building and subject cost is shared, pushing the formed single-party settlement data to an examination stage for examination; S4, completing examination and financial payment; and S5, performing completion cost analysis and total project settlement. The method has the effects that the engineering budget and the engineering settlementbook are effectively compared, and the settlement accuracy is improved by adding the examination stage.

The invention relates to a foundation pile self-balance detection device with an internal grouting function, in particular to a foundation pile self-balance detection device capable of achieving internal grouting after the bearing capacity of a foundation pile is measured during building foundation pile construction. The foundation pile self-balance detection device comprises an integrally annular cylinder body, an integrally annular piston, an annular panel, an upper shifting pipe, a lower shifting pipe, a liquid inlet pipe, a liquid return pipe and an oil nozzle. The foundation pile self-balance detection device is installed at the middle section of the foundation pile. The annular panel and an upper section reinforcement cage of the foundation pile are welded into a whole, the bottom of the integrally annular cylinder body and a lower section reinforcement cage are welded into a whole, and the upper shifting pipe is welded to the annular panel and directly communicates with the ground surface through a shield pipe. The lower shifting pipe is welded to the end face of the outer wall of the integrally annular cylinder body and directly communicates with the ground surface through a shield pipe. The foundation pile self-balance detection device can detect the pressure difference between the input end and the output end, judges whether the foundation pile operates normally or not, grouting can be carried out through a dual-loop loading pipe after detection is completed, and integration of the foundation pile is ensured.

The invention discloses a multi-group vernier code disc, a photoelectric encoder and a light source position resolving method, and the multi-group vernier code disc comprises a vernier circular ring which takes the rotation center of the multi-group vernier code disc as the circle center, and the vernier circular ring comprises a plurality of vernier groups which are connected end to end; identification code channels with the same number as the vernier groups are arranged inside and / or outside the vernier circular ring, a first phase difference exists between starting ends of the identification code channels, and a second phase difference exists between the starting end of each identification code channel and the starting end of the corresponding vernier group. According to the method, the number of the vernier groups is increased, the identification code channels are arranged, the initial positions of the light sources on the vernier groups are determined through the vernier groups, and then the target positions of the light sources on the coded disc are determined according to the identification code channels and the initial positions, so that the accurate positions of the light sources on the multi-group vernier coded disc can be more accurately settled.

The invention discloses an automobile transportation scheduling mobile terminal system based on an Android tablet computer, comprising an Android tablet computer, a 3G mobile network, a mobile middleware, the Internet and a scheduling information center. The Android tablet computer is connected with the mobile middleware through the 3G mobile network. Data integration between the mobile middleware and the scheduling information center is realized through the Internet. The Android tablet computer is a multi-point touch control LED display screen and includes an order sending module, a tracking module, a receiving and signing module, a performance module, a help module and a setting module. The Android tablet computer constitutes the automobile transportation scheduling mobile terminal system. By adopting the system, dynamic logistics automobile scheduling management free from time and place restrictions is realized through mobile e-business. The system completely adapts to flexibility, mobility and real-time feature of logistics business conduction.

A shore-based variable frequency power supply system in port comprises a variable frequency power supply (C), a port high-voltage substation (A) and a ship power system (H). An input terminal of the variable frequency power supply is connected with the port high-voltage substation; the output terminal of the variable frequency power supply is connected with the ship power system. The power supply system can continuously output a three-phase AC voltage that its voltage can be regulated in a range of 0~6.6kV or 0~10kV and its frequency can be regulated in a range of 0~60Hz. The output side of the variable frequency power supply is connected with a distribution circuit (G) via cable reels (F), the high-voltage output supplies power to the ship power system via the distribution circuit directly, and the low-voltage output distributes power to the ship power system via a step-down transformer (T1). The power consumed by the power supply system is drawn from the port high-voltage substation, thus, the environment pollution and the energy consumption caused by using a ship fuel generator set as a power source can be greatly reduced, and a high quality and high reliable power supply can be provided to the vessels at anchor.