1011 results about "Order number" patented technology

Multiple secure transactions are provided through use of a method that uses customer one-time unique purchase order numbers (“Coupons”) generated by an algorithm that uses a permutated user key and a user insertion key as input variables. A user key (such as a Personal Identification Number, or “PIN”) is combined with a permutation variable that is correlated with a customer sequence number to create the permutated user key. A random number generator is used to generate the user insertion key correlated with the customer sequence number. The algorithm can insert the permutated user key into a user account number through use of the user insertion key. A Coupon is validated by confirming that it is contained in a set of money source Coupons generated by a money source using the user key and a random number generator that is synchronized with the random number used to generate Coupons. Once a Coupon is validated, the matching money source Coupon and all earlier generated money source Coupons are deleted from the set, and a new set is generated. If a preselected number of Coupons are not validated for a chosen entity, an invalid user account number will be set. Coupons can be used for credit card or bank card transactions, and they can be generated without changing fixed digits of traditional twenty digit account numbers.

The invention provides a voiceprint identification method based on a Gauss mixing model and a system thereof. The method comprises the following steps: voice signal acquisition; voice signal pretreatment; voice signal characteristic parameter extraction: employing a Mel Frequency Cepstrum Coefficient (MFCC), wherein an order number of the MFCC usually is 12-16; model training: employing an EM algorithm to train a Gauss mixing model (GMM) for a voice signal characteristic parameter of a speaker, wherein a k-means algorithm is selected as a parameter initialization method of the model; voiceprint identification: comparing a collected voice signal characteristic parameter to be identified with an established speaker voice model, carrying out determination according to a maximum posterior probability method, and if a corresponding speaker model enables a speaker voice characteristic vector X to be identified to has maximum posterior probability, identifying the speaker. According to the method, the Gauss mixing model based on probability statistics is employed, characteristic distribution of the speaker in characteristic space can be reflected well, a probability density function is common, a parameter in the model is easy to estimate and train, and the method has good identification performance and anti-noise capability.

Mobile device (3) and method for receiving and processing program-accompanying digital data, which are transmitted by a radio transmitter (1), for example a DAB transmitter, and of which at least certain comprise location parameters. The mobile device (3) includes a radio receiver (38), which can receive radio programs with program-accompanying digital data, and a position locating module (39) for establishing the current position, for example a GPS receiver. The mobile device (3) further comprises a filter module (37), by means of which, on the basis of the current position, determined by the said position locating module (39), location-specific information can be filtered from the received program-accompanying data, which contain, for example, order numbers, URL addresses or executable program data files. The received program-accompanying data can be filtered moreover by the said filter module (37) on the basis of a user profile (35) stored in the mobile device (3). Location-specific data can be shown on a display (31) of the mobile device (3), can be selected by the user by means of operating elements (32) of the mobile device (3), can be edited and can be further processed through the mobile device (3).

The invention relates to a transportation management method based on the joint collaboration of a logistics company, a shipper and a carrier. The transportation management method comprises the following steps: the logistics company creates a transportation management system network platform; the shipper and the carrier visit the system network platform through the network protocol, and the logistics company signs a contract with the shipper and the carrier and delivers order information with forwarding order number according to the contract to the carrier and the shipper; the carrier adjusts according to the vehicle scheduling plan and single vote information and feedbacks the information to the system network platform; the logistics company performs expense settlement based on the information, accepts complaints and settles claims; and the network platform provides a real-time query system, so that the relevant information of accepted goods and the account statement can be checked in real time. The invention has the advantages that the shipper, the logistics company and the carrier share the total process of forwarding transportation, so that the competitiveness of a supply chain is increased; the information asymmetry caused by regional difference is solved, a supply of goods can be organized at different places, so that return vehicles of the carrier can be avoided from being empty, and benefits are brought for three parties of supplier, customer and service provider.

The invention discloses a method and apparatus for protecting user' privacy. The objective of the invention is to solve the problem of virtual number resource waste. The method includes the following steps that: a server providing electronic commerce services receives an order request submitted by a first user, wherein the order request contains the authentic phone number of the first user and the authentic phone number of a second user related to the order; the server generates an order number according to the order request and distributes a virtual number for the generated order number; the server adopts the distributed virtual number as the contact phone number of the first user and transmits the virtual number to the second user; after the order is completed, the server reclaims the virtual number distributed to the order number.

Visualizing Internet web traffic is disclosed. In one embodiment, a number of windows are displayed, corresponding to a number of clusters into which users have been partitioned based on similar web browsing behavior. The windows are ordered from the cluster having the greatest number of users to the cluster having the least number of users. Each window has one or more rows, where each row corresponds to a user within the cluster. Each row has an ordered number of visible units, such as blocks, where each block corresponds to a web page visited by the user. The blocks can be color coded by the type of web page they represent. In one embodiment, the corresponding cluster models for the clusters are alternatively displayed in the windows.

The invention relates to a network shopping system and a network shopping method based on the same. The network shopping system comprises a shopping website, a distribution center and fixed-point goods fetching areas, wherein the fixed-point goods fetching areas comprise networked electronic goods fetching containers, automatic vending machines and the like; the shopping website, the distribution center and the fixed-point goods fetching areas are communicated with one another through a network; and when a customer orders and pays from a website, the distribution center delivers the ordered goods to networked automatic goods fetching equipment in a fixed-point goods fetching area which is selected by the customer before an appointed time, so that the customer can fetch the goods through an order number and a password acquired from the website. By the system and the method, the network is combined with integrated distribution equipment, and the fixed-point goods fetching areas are distributed in every district of a city, so that the customer can order corresponding articles without going to supermarkets, and the shopping of consumers is greatly facilitated.

A mobile-based voiceless drive-through ordering system and method in a downloadable mobile application, used in conjunction with a wireless network of a restaurant, Bluetooth wireless personal area network at the drive-through of a restaurant, and a back-end data server at the restaurant. The user opens the downloaded mobile-based application and, when in range of the restaurant's WiFi, makes an order from the restaurant menu, which is displayed on the mobile device. As the user approaches the drive-through kiosk of the restaurant, the mobile device detects the signal from the Bluetooth transmitter in the drive-through kiosk and allows the user to submit the order through the mobile-based application. The order is transmitted through the restaurant's wireless network to the restaurant's back-end server and is immediately available for kitchen and cashier processing. Further embodiments allow for ordering from a remote location and producing a QR code representing the order number.

The invention discloses a designated-driving order predicting method and a designated-driving transport capacity scheduling method which can be used for airports. The designated-driving order predicting method comprises the steps of: establishing a history order database of each airport; carrying out area clustering on the airports according to order change similarity; carrying out time interval clustering on a plurality of basic time intervals according to order numbers in the basic time intervals of each area type so as to form different order prediction basic time intervals of each area type; extracting a corresponding order number and change factors in each order prediction basic time interval of each area type, adopting a BP nerve network to carry out non-linear fitting, and enabling each order prediction basic time interval of each area type to obtain a different order prediction model; and when an order prediction request is received, according to the request area type and order prediction basic time interval, selecting the corresponding order prediction model, and by combined with the change factors, predicting an order number. By adopting the designated-driving transport capacity scheduling method, a reasonable driver distribution scheme is generated according to the order prediction result.

An Eureka-147 mobile broadcasting receiver for reducing power consumption and a method thereof is provided. In the present invention, addresses of capacity units carrying service components of a target broadcasting service are determined based on information included in multiplex configuration information (MCI) of a fast information channel (FIC) in a transmitting frame. Based on the determined addresses of the capacity units, a transmitting order number of OFDM symbol carrying the determined addresses of the capacity units is calculated. After calculating, a time region of receiving a synchronization channel, the FIC, the calculated OFDM symbol and an OFDM symbol previously received than the calculated OFDM symbol is setup as a power-on region. Power consumption of the mobile broadcasting receiver is reduced by activating analog circuits such as a tuner and an ADC only in the power-on region.

A method for ordering electrofacies to assist in identification of mineral deposits is disclosed. Automated ordering of electrofacies allows geologists to draw inferences about the geological settings in which sediment deposit occurred without directly examining core samples or outcrops. The electrofacies order is determined by (a) training a one-dimensional linear self-organizing map to form an initial neural network that includes a plurality of neurons. The number of neurons is small in comparison to the number of electrofacies kernels (i.e., not greater than one-third the number of electrofacies kernels). (b1) A neuron is selected from the initial neural network. In the next step (b2), the processor determines if more than one electrofacies kernel is attached to the neuron. (b3) If more than one electrofacies kernel is attached to the neuron, then the neuron is split into the number of electrofacies kernels attached to the neuron. (c) Steps (b1)-(b3) are repeated until all neurons in the initial neural network have been processed. In the next step, (d) a self-organizing map is trained to form a final neural network using the split neurons in the initial neural network as initial state. (e) Steps (b1)-(d) are repeated if more than one electrofacies kernel is attached to a neuron with the initial neural network equal to the final neural network. In the last step (f), each electrofacies kernel corresponding to a neuron in the final neural network is correlated to an order number.

The invention discloses a lithium-battery variable fractional order and equivalent circuit model and an identification method thereof. The lithium-battery variable fractional order and equivalent circuit comprises a run time circuit and a battery I-V characteristic circuit, wherein a capacitor in the battery I-V characteristic circuit is a variable fractional order capacitor. A second order RC circuit model is generalized to a non-integer order, and the model parameters and the number of fractional order of different SOC are identified based on a least square method, so that the fractional order and equivalent circuit varying order according to the SOC is obtained. The instruction of fractional order realizes the continuous change of the order number of the model, so that the model is relatively stable, good in dynamic property and high in precision. The variation of fractional order realizes more freedom and more flexibility and innovation of the model. As the number of RC networks is not increased, the fractional order model effectively solves the contradiction between the accuracy and practicality of the model, is suitable for various working conditions of batteries, and has high practical value. The invention provides a precise battery model easy to realize for precise estimation of SOC.

This invention discloses one method to keep link data interacting accordance, which comprises the following steps: delivering data interacting requires through customer end to trigger mutual platform to generate only relative interacting order number and to inform servo; the said servo fulfills data process and feeding back results with plat recording the process information to first list; if it fails, then starting rolling operation require and recording the operation information by second information list to feed back close information.

The invention discloses a data storage method based on a block chain, a related device and a storage medium. The method comprises the steps of in response to a received transaction processing requestof a target merchant for a target cross-border transaction, obtaining the order information of the target cross-border transaction from an overseas transaction platform; obtaining the target logisticsinformation matched with the order number from a logistics service platform; matching the target logistics information with the logistics information in the order information, and verifying the authenticity of the target cross-border transaction according to a matching result; when the verification result is true, providing a service requested by the transaction processing request, and recordingthe service details of the service; and packaging the order information, the target logistics information and the service details into an evidence storage transaction, and sending the evidence storagetransaction to a node of a target block chain, so that the evidence storage transaction is stored in the target block chain based on a consensus mechanism. According to the invention, the transactioninformation subjected to the automatic authenticity verification is stored by using the non-tampering property of the block chain, so that the supervision efficiency is improved.

Processes and systems are disclosed for creating and for managing trouble tickets and work orders. One embodiment includes communicating with a communications network and receiving a request to create a work order. The work order is initiated and identified with a work order number. The work order number includes a telephone number experiencing the problem. The work order is then distributed to clients, and the work order is identified and tracked using a customer's telephone number. A trouble ticket is similarly managed, with the trouble ticket describing a problem in a communications system. Here the trouble ticket is initiated and the work item number is assigned. The trouble ticket is then distributed to clients, and the trouble ticket is identified and tracked using a customer's telephone number.

An embodiment of the invention relates to an information processing method for payment order management. The method comprises the steps that a user terminal receives a commodity purchase instruction input by a user, generates an order creation request and sends the order creation request to a business server; the business server obtains commodity registration information of a to-be-purchased commodity; the business server generates internal order data; if a commodity type of the to-be-purchased commodity is a repeatedly purchasable type, the business server generates a third-party payment order request and sends the third-party payment order request to a corresponding third-party payment server according to payment channel information; the third-party payment server generates third-party payment order data; the third-party payment server sends the third-party payment order data to the business server; and the business server records a correlation relationship between a third-party order number and an internal order number, and stores the third-party payment order data. The payment order information can be subjected to statistics, analysis and query conveniently.

Systems and methods consistent with the invention may include generating, via a processor, an entity relationship model to indicate a plurality of types of relationships between the entities, determining relationships between the database tables corresponding to the entities by using the entity relationship model, wherein the database tables are stored in a computer memory device, generating a graph based on the entity relationship model, generating sets of database elements representing the entities and corresponding data objects stored in the database tables, wherein the element sets are generated based on the generated graph, assigning ordering numbers to the database element sets and database elements included in the database element sets and executing the query transaction by using the data objects in an order based on the ordering numbers.

The invention relates to an automatic examination paper marking method for examination papers. The method comprises the following steps that S1. images of the examination papers are acquired, extraction and identification of examination question mark points, option mark points, answer mark points and image cutting mark points are performed on the images, the identified examination question mark points are ordered, and the answer mark points are answer boxes filled by examinees; S2, the examination question mark points and the option mark points correlated to the examination question mark points are ordered, distance between the answer mark points correlated to the examination question mark points and all the correlated option mark points is calculated, the option mark points which are minimum in distance and meet the design proportion are answers of the examines, the ordered numbers of the option mark points and standard answers are compared, and correctness of the answers of the examinees is judged according to the comparison results; and S3. after the image cutting mark points are identified, the images are cut and subjective questions are marked according to the cut images. The invention provides a method that all the examination questions are answered on the examination papers, the subjective questions are automatically marked and the subjective questions are automatically cut.

A system and method for securely authenticating a dual number payment card used in a purchase order is provided. A request to approve the purchase order is received from a cardholder that owns the dual number payment card, via a first path. The request includes a site address of a website, an order number and a second card number of the dual number payment card. A first card number of the dual number payment card, associated with the order number, is received from the website, via a second path. A matching pair of numbers that identifies a stored dual number payment card, is searched in a card details storage. If a first number of the matching pair matches the first card number and a second number of the matching pair matches the second card number; the purchase order is approved.

A computer-implemented method for detecting TCP packet losses and expediting packet retransmission is disclosed. The method includes assigning to each packet transmitted or retransmitted a sequential order number; determining from an ACK packet or SACK segment thereof the sequential order number of a received packet; recording the determined sequential order number as a highest order number in case the determined sequential order number is greater than a current received order number, and retransmitting all unacknowledged packets having sequential order numbers less than the highest received order number.

A method for more efficiently delivering goods to recipients is disclosed herein. Such a method includes obtaining a unique identifier (e.g., tracking number, order number, product number, etc.), wherein the unique identifier is associated with an order of goods intended for delivery to a recipient. The method further includes obtaining an access code for association with the unique identifier. The access code enables a delivery agent to gain access to an enclosure of the recipient for deposit of the goods therein. In certain embodiments, the access code is a temporary access code that expires once the delivery is fulfilled or the enclosure is accessed, thereby reducing the chance of unauthorized access to the enclosure. The method may also enable parameters (e.g., restrictions, constraints, conditions, etc.) with regard to use of the access code to be established. A corresponding system is also disclosed.

The invention discloses a wideband digital wave beam forming method based on an all-pass type variable fractional delay filter. The problem that a needed filter in the prior art is large in order number and high in complexity is solved. The method comprises the steps that (1) according to radar system parameters, sampling rate fs and sampling time ts are determined; (2) according to the radar array geometric structure and the sampling time ts, a propagation time delay tau of each array element relative to a reference array element is calculated; (3) according to the sampling rate fs, an AD chip is selected to digitize analog signals received by the array elements; (4) according to the propagation time delay tau and the digitized received analog signals, the all-pass type variable fractional delay filter is designed; (5) the digitized received signals are filtered; (6) phase delay of the filtered signals is compensated for; (7) a window function is selected to conduct weighted summation on the filtered compensated signals to obtain a wave beam forming result. The wideband digital wave beam forming method can achieve wideband digital beam forming, saves hardware resources, improves instantaneity and can be used for wideband digital array radar.

The invention discloses a near field communication payment method authenticated by both sides of the deal. The method includes steps that 1, a binding relationship of one-to-one and one-to-many of a cell phone number and a bank account is established; 2, identity authentication on both sides of the deal through a cell phone is performed when a near field communication deal is needed; 3, after authenticating, the payee inputs amount collected to the cell phone, submits a collection request to a deal server, and the deal server generates a trade order and sends the order number to the payee; 4, the payee chooses a payer to trade, and sends the order number to the payer by means of near field communication; 5, the payer downloads the order information from the deal server, identifies the order information, inputs a payment code to the cell phone, and submitting a payment request; 6, information verification is performed, the trade is carried on when the verification is successful, otherwise, the trade is not carried on. The method of identity authentication is high in safety and reliability and easy to achieve based on the uniqueness of the cell phone number and background server.

The invention discloses an automatic calibrating method of make-to-order production materials by a server. The method comprises the following steps: each machine automatically generates an SN (Serial Number) number according to a production order BOM (Bill of Materiel) established in ERP (Enterprise Resource Planning), wherein the SN number is associated with the production order number and the production order BOM comprises PN (Part Number) codes of all materials, material description, standard quantity of the materials, make-to-order number and the production order number; quality guarantee bar codes are adhered to all materials, wherein each quality guarantee bar code comprises two pieces of association information: PN code and QN (Quality Notification) code; based on existing file code scanning program, an automatic calibrating script program is compiled; after wall parts are code-scanned, the save button is clicked, thus, a background calibrating program further checks the PN, quantity and BOM of all code-scanning parts; when the result is inconsistent, mistaken material rows are prompted; and if no mistakes are found, the product record is successfully stored. By adopting the technology provided by the invention, under a mode of customerized production of a server product, manual checking work can be completed by system and program.

The invention discloses an intelligent locker express item picking method based on the cooperation E-business. The method replaces the traditional express item picking mode of most intelligent lockers at present, automatic express item picking can be conducted according to customized requirements of customers, and user experience is improved. The E-business only transmits an order number, the address of the intelligent locker and a case number to an express company, the specific user information including the name, the address and the telephone of a consignee is not displayed on the express paper, and user information security is further protected.

The invention provides a ticket buying and checking method and a movie ticket service system, belonging to the field of NFC (near field communication) technology application, wherein the ticket buying method comprises the following steps: receiving movie inquiring request information sent by a handheld device; returning movie information corresponding to the request information; receiving movie ticket buying information sent by the handheld device; generating movie ticket order information according to the movie ticket buying information and returning an order number; receiving movie ticket paying request information sent by the handheld device; and treating the paying request and sending movie ticket data to the handheld device after payment. Compared with the traditional ticket buying and checking method, the ticket buying and checking method provided by the invention can very conveniently buy and check a ticket so as to effectively save time, moreover, the movie ticket data are stored in a smart card safety zone, so that the data are ensured to be whole and are prevented from being distorted or copied, and the safety of the system can be enhanced.

An architecture for sorting incoming data packets in real time, on the fly, processes the packets and places them into an exit order queue before storing the packets. This is in contrast to the traditional way of storing first then sorting later and provides rapid processing capability. A processor generates packet records from an input stream and determines an exit order number for the related packet. The records are stored in an orderlist manager while the data portions are stored in a memory hub for later retrieval in the exit order stored in the manager. The processor is preferably a parallel processor array using SIMD and is provided with rapid access to a shared state by a state engine.

The invention discloses an E-business offline payment method which is characterized by comprising the following steps of: realizing online booking through an e-business network station; generating an order form code by the e-business network station; inputting the only order number on a payment terminal of a POS machine; querying the payment amount of the order number by the payment terminal of the POS machine on the e-business network station; and confirming the payment by means of swiping a card, and printing a payment voucher after the payment is guaranteed to be successful. The method realizes the online ordering and the offline paying by means of swiping the card, prints the payment voucher, can guarantee the security of the payment and prevent the business from being falsified, offers an uniform order coding rule, is convenient for accessing all e-business network stations into the offline payment function, is safe and convenient for the offline payment, offers a voucher bill of the payment business, prevents the business from being falsified, offers the automatic financial management and the fund remit money, and improves the settlement efficiency.

The invention discloses a logistics distribution method for an electronic transaction platform. The logistics distribution method for the electronic transaction platform comprises the following steps of: erecting a voice platform; receiving an order number sent by a logistics staff terminal through the voice platform, and obtaining client information corresponding to the order number from the electronic transaction platform; and establishing the communication connection between a telephone traffic terminal corresponding to the client information and the logistics staff terminal by the voice platform according to the client information. Correspondingly, the invention further discloses a logistics distribution system for the electronic transaction platform.