186results about How to "Low income" patented technology

The invention provides an electric vehicle charge-discharge optimized dispatching method based on virtual electricity price. The method comprises the following steps: an electric energy public service platform predicts and samples the basic daily load information of a target area within an optimization time interval; when a new EV is connected to a charging pile within the target area, the network connection information of the new EV is read; a user input the charging information of the vehicle; an EV charge-discharge power model is constructed; virtual electricity price is calculated to indirectly reflect the load level of the target area; a dispatching model with the charge-discharge power as an optimization variable is constructed; dynamic time-of-use electricity price for user cost calculation is determined by combining wavelet analysis preprocessing and fuzzy clustering methods; the user makes an automatic response decision; a charge-discharge operation is performed on the EV according to the decision of the user and a plan is uploaded. The electric vehicle charge-discharge optimized dispatching method based on virtual electricity price is capable of realizing peak clipping and valley filling of EV cluster load and reducing the charge-discharge cost of the user on the basis of meeting the charging requirement of the user and the capacity limitation of a power distribution transformer. In case of a great EV cluster scale, the electric vehicle charge-discharge optimized dispatching method based on virtual electricity price is still capable of meeting grid side expectations.

A method and system are disclosed herein for accepting multimodal inputs and deriving synchronized and processed information. A reusable multimodal application is provided on the mobile device. A user transmits a multimodal command to the multimodal platform via the mobile network. The one or more modes of communication that are inputted are transmitted to the multimodal platform(s) via the mobile network(s) and thereafter synchronized and processed at the multimodal platform. The synchronized and processed information is transmitted to the multimodal application. If required, the user verifies and appropriately modifies the synchronized and processed information. The verified and modified information are transferred from the multimodal application to the visual application. The final result(s) are derived by inputting the verified and modified results into the visual application.

The invention discloses a culturing method of one-ridge double-row flue-cured tobacco dislocation, comprising the following steps: (1) selecting tobacco field and preparing soil; (2) ridging; (3) applying base fertilizer; (4) transplanting; and (5) uncovering film, ridging and loading. The method has the following advantages that: (1) on the premise that the use amount of fertilizer for soil in unit area is not changed, the fertilizer use amount of single plant in flue-cured tobacco field is reduced, and the use amount of field organic fertilizer, especially oil cake fertilizer is increased to lead the field tobacco plant to present the growth of middle-plant tobacco, thus obviously improving the tobacco leaf quality; (2) compared with the conventional single ridge, the one-ridge double-row tobacco reduces the labor capability of ridging by about one third, the ridging height is obvious lower than the conventional height, thus reducing ridging labor intensity of tobacco growers; and (3) the one-ridge double-row flue-cured tobacco increases flue-cured tobacco planting density, and meanwhile, a dislocated equal plant distance planting method improves utilization rate of tobacco field to the utmost, ensures the housework operation of tobacco growers, and the row space of the ridge just satisfies growth space of tobacco plants in the field, thus ensuring the income of the tobacco growers.

Embodiments of the disclosure include systems, methods, and devices for processing payments for a card. Such embodiments include receiving payment information from a payor at an intermediate entity server as well as authorizing the payment transaction, by the intermediate entity server, based on the payment information. Further such embodiments include providing instructions, by the intermediate entity, to debit a payor card account and credit payee shadow ledger account based on the payment information as well as providing instructions, by the intermediate entity, to debit the payee shadow ledger account and to credit the payee card account based on payment rules.

The invention relates to a method for producing nickel/ferrum from nickel laterite ores, in particular relates to a fire-wet combined smelting method for metallization reducing roasting-separating of valuable metals, and belongs to the technical field of nickel laterite ore comprehensive utilization. The method comprises steps of: completing the metallization reducing roasting of the nickel laterite ores in a rotary kiln, and carrying out floatation, magnetic separation and reselection on roasted products so as to effectively separate the valuable metals. A fire method effectively combined with a wet method, and the method is a brand-new exploration and development of a nickel laterite ore resource comprehensive utilization technology. By implementing the technology, the energy consumption in a smelting process can be effectively reduced, the smelting production efficiency is increased, and the nickel laterite ore resource comprehensive utilization is realized.

A method of table management utilizes a software program to manage the setup for a restaurant on any given date or occasion, prioritize seating, manage waiting lists, manage reservations, and assign seating order based on planning and layout factor information for the restaurant combined with real-time data received from the restaurant.

The invention discloses a heterogeneous many-core chip oriented quantized power consumption control method. The method comprises: obtaining reference power consumption data of a heterogeneous many-core chip in each state and establishing an external basic power consumption data table; obtaining a frequency grade table of all stable running frequencies supported by the heterogeneous many-core chip; and for all the stable running frequencies, establishing an existence relationship of chip power consumption of running same application codes in different frequencies, wherein the higher the frequency is and the higher the power consumption is, and the working power consumption of the lowest frequency grade is certainly smaller than the maximum stable running power consumption; establishing a power consumption management policy of the chip as a power consumption management basis; after a many-core operating system is started, initializing both a power consumption threshold register and a power consumption pre-warning register according to the maximum stable running power consumption; and when the operating system of the many-core chip runs, starting a power consumption management process by an external power consumption management system, and notifying the basic power consumption table, the frequency grade table and the power consumption management policy to the operating system of each heterogeneous many-core chip.

An apparatus for applying an anti-copy protection signal for use with switchable head recorders, such as Video Hi-Fi recorders, is described. A high frequency pulsed signal is added to an original signal. The pulses interfere with the compensator circuitry such that the switching of the record head cannot adequately be masked on recording of a signal. On playback, the switching of the recording heads can subsequently be heard. In Video Hi-Fi recorders, the effect of the high frequency signals also interferes with the compressor-expander circuits to worsen the sound of the head switching.

The invention provides an elevation cultivation method for strawberry production and seedling culture and a facility of the method. The elevation cultivation method comprises the steps of implement of colonization planting, production and picking, and seedling culture management, wherein implement of colonization planting means colonization planting of stock plants; production and picking are conventional technical methods; the seedling culture management comprises young seedling generating period management and young seedling temporary planting management, wherein the young seedling generating period management comprises the sub-steps of spraying gibberellin once in the middle of April and late April respectively, keeping a substrate moist in the generating period of the large quantity of young seedlings, and enhancing the fertilizer and water management; hanging the young seedlings on the two sides of a seedling culture frame after generation of the young seedlings. The young seedling temporary planting management comprises the steps of cutting stolons off the roots of the stock plants after the young seedlings are all hung on the culture frame, and carrying out plug transplant on the young seedlings. By means of the elevation cultivation method, strawberry seedling cultivation and strawberry production are combined to improve the utilization rate of strawberry seedling culture equipment and soil and increase economic income of farmers, and meanwhile the operation and management of strawberry production and seedling culture are conveniently carried out by the farmers.

The invention discloses an intelligent construction site management and control system based on data analysis, relates to the technical field of intelligent construction site management and control, solves the technical problem that in the prior art, a construction site cannot be reasonably managed and controlled, verifies the identity of a worker, accurately analyzes the ability of the worker, reasonably matches a proper post, the situation that the construction progress is slow due to improper posts of workers is prevented, and the safety risk of the workers is indirectly reduced; the construction environment of a factory is monitored, the situation that the surrounding environment is affected due to the fact that the construction environment of a project is abnormal is prevented, meanwhile, the environment improvement cost is increased, the construction progress of the construction site is slowed down, meanwhile, the benefits of the construction site are reduced, and the project feasibility is reduced; the operation of the power equipment in the construction site is monitored, so that production accidents caused by electric injury of workers due to misoperation of the power equipment are prevented, the safety of the construction environment of the workers is reduced, and the risk of slowing down the project progress is increased.

A method for testing a system-on-a-chip (SoC) is described. The method includes parsing a file to determine functions to be performed components of the SoC. The method further includes receiving a desired output of the SoC and generating a test scenario model based on the desired output of the SoC. The test scenario model includes a plurality of module representations of the functions and includes one or more connections between two of the module representations. The desired output acts as a performance constraint for the test scenario model. The test scenario model further includes an input of the SoC that is generated based on the desired output, the module representations, and the one or more connections. The test scenario model includes a path from the input via the module representations and the connections to the desired output.

The invention provides a detecting method of high order modulated (multi-input multi-output) MIMO system in a mobile environment. The method mainly solves the problem that the current high order 4q-QAM modulated MIMO multiplex system has a high detection complexity. The detecting method comprises the following steps of: performing a region division for the constellation points of the 4q-QAM according to the stratified characteristic of the 4q-QAM; determining candidate regions based on the modulated sublayer data with greater weight coefficient; preferring the constellation points in the candidate regions according to a principle of minimum distance between the constellation points and corresponding received data; searching for preferred constellation points of each layer by using a spherical detection (SD) algorithm and determining transmitted data. Compared with a multi-state spherical detection (MSD) method, the detecting method has a lower complexity and a higher bit error rate performance; compared with the SD, the detecting method has a much lower complexity in a high signal to noise ratio (SNR) or a low SNR; therefore, the detecting method can be used in the design and realization of receiver in the high order modulated MIMO system in a mobile environment.

The invention discloses a resource allocation method, which comprises the steps of obtaining a first to-be-verified block corresponding to a to-be-allocated resource, wherein the to-be-allocated resource is in an associated state, information of a target object is recorded in the first to-be-verified block, and the target object is an object associated with the to-be-allocated resourc; performingconsensus processing on the first to-be-verified block to obtain a consensus result; if the consensus result meets the block chaining condition, adding the first to-be-verified block into the block chain; and sending information recorded by the first to-be-verified block in the block chain to a server, so as to enable the server to determine an allocation object of the to-be-allocated resources asa target object according to the information. The invention further discloses a related device and equipment. According to the method and the device, players are difficult to get awards due to grabbing resource points near an accurate time point, so that the steal income is reduced, the fairness of games is improved, and meanwhile, a good game environment is favorably maintained.

A method of controlling a photovoltaic system includes: receiving a forecast of energy generation by the photovoltaic system for a predetermined time period; determining a revenue generation objective function characterizing revenue generated by feeding electrical energy from the photovoltaic system into an energy transmission system; determining constraints on the feed-in of electrical energy into the energy transmission system, at least some of the constraints being a function of the forecast; optimizing the revenue generation objective function as constrained to determine energy feed-in and storage actions; and executing the determined energy feed-in and storage actions. The method, for example, utilizes a simplified revenue generation module including a linear revenue generation objective function and a plurality of linear constraints, which can enable optimization using a mixed integer linear programming approach. The method steps can be performed iteratively, at each of a plurality of predetermined time intervals during the predetermined time period.

The present invention is directed to systems and methods for real-time auditing and management of parking facility operations. In particular, the invention allows for real-time auditing and management of transactions relating to parking credentials, such as parking tickets. The systems and methods eliminate the costly overhead of manual auditing, and also provide enhanced capabilities to further reduce both unintentional and intentional loses of revenue. The systems and method allow for “real-time” data analysis and offer the potential to catch discrepancies virtually instantly, and can provide alerts immediately for any identified discrepancies. The present invention is also directed, in part, to systems, methods, and components for monitoring a parking facility. The method and system include the use of parking tickets that are configured to receive multiple two-dimensional bar codes.

The invention relates to a self-driven fan large-bypass-ratio turbofan engine with an inner loop air turbine and a design method. The self-driven fan large-bypass-ratio turbofan engine is characterized in that an outer bypass part is provided with a self-driven fan rotor with a larger bypass ratio and with an inner loop air turbine, the rotor comprises an auxiliary bypass fan rotor (1), an air-driving turbine rotor (3) and a rotating medium casing (5); an auxiliary bypass fan stator (2) is arranged on the downstream of the auxiliary bypass fan rotor (1); an air-driving turbine stator (4) is arranged on the downstream of the air-driving turbine rotor (3). The self-driven fan large-bypass-ratio turbofan engine has advantages: (1) while the bypass ratio is increased, the problem of the large-bypass-ratio turbofan that the rotation speed of the fan is not matched with that of the low voltage rotor can be avoided; (2) compared with the scheme of a gear turbofan engine (GTF) and a three-rotor turbofan engine for solving the mismatch problem of the rotation speed, the structure is simplified; (3) the self-driven fan large-bypass-ratio turbofan engine can be improved on the basis of the existing two-rotor turbofan engine, so that the technical risk and research cost can be reduced, and the research period can be shortened.

The invention relates to a system and a method for processing data formed when multiple users co-buy commodities. By the system and the method, releasing of a co-buy invitation by a buyer and co-buying of a same commodity and completing of a transaction by multiple users are realized. The system comprises a server device, buyer client devices and a seller client device, the server device comprises a storage and a processor in communication with the storage, and both the buyer client devices and the seller client device are in communication connection with the processor. The method includes that one buyer client device sets information of a co-buy activity for a needed commodity and sends the co-buy invitation out through the processor; the processor receives a selling offer invitation sent out by the seller client device; a plurality of the buyer client devices send buying offers to the processor, and the processor sends the buying offers to the seller client device; when the co-buy activity is finished, a final transaction price is generated. Compared with the prior art, the system and the method have the advantages of high interactivity, high feedback speed and the like.

The invention discloses an order management system of a food fast-retailing industry based on a mobile terminal. The order management system of the food fast-retailing industry based on the mobile terminal comprises a headquarter server, a dealer terminal connected with the headquarter server through a network, an order management system based on a computer desktop operating system and the mobile terminal, wherein the order management system based on the computer desktop operating system is connected with the dealer terminal through the network, and the mobile terminal is connected with the order management system based on the computer desktop operating system through a wireless network. A client-side in seamless connection with the order management system based on the computer desktop operating system is installed in the mobile terminal, and through the order management system, salesmen for a dealer, the dealer and a headquarter can perform collecting declaration and classification of commodity information, make market analysis, grasp market dynamics, revise production planes and improve efficiency in placing an order. The order management system has the advantages of being high in efficiency and capable of rapidly responding to market changes, enabling enterprises to learn about industry trends, and being capable of improving enterprise competiveness and benefits.