51results about How to "Reasonable output" patented technology

The invention discloses a method, device and system for controlling an air conditioner according to scenes in a virtual world. The method comprises the following steps that at least one self-defined scene in the virtual world is preset, and each scene corresponds to the triggering condition of the scene; the information of the current environments where virtual characters are located in the virtual world is acquired; the current environment information is compared with the triggering conditions of the scenes, and the current scenes where the virtual characters are located are obtained; control commands corresponding to the current scenes are generated; the control commands are sent to an air conditioner controller in the real world, and the air conditioner conducts output according to the control commands; and the device comprises a preset module, an acquisition module, a comparison module, a generation module and a sending module. The system comprises the device. According to the method, device and system, the air conditioner output is controlled according to the environment change of the visual world, so that users can truly feel the environments where the visual characters are located. By the adoption of the method, device and system, the purpose of the air conditioner is extended, the new purposes except the comfort of the air conditioner are generated, and the joy is brought to the life of the users.

The invention provides a charging system and method for a charger of an electric car. The charging system comprises a DC module and a charger management system (CMS), wherein the charger management system (CMS) comprises a charger battery management system (CBMS) and a charger charging management system (CCMS); the charger battery management system (CBMS) is connected with the charger charging management system (CCMS) and the DC module through a CAN bus 1; the charger battery management system (CBMS) is connected with battery management systems (BMS) of the car through CAN buses 2; according to collected data like the charging voltage and current of the battery management systems (BMS) of the car and the charger, the charger is converted into an active charging mode from a passive charging mode, logic computation is carried out according to a certain strategy, more reasonable charging voltage and charging current are output within the demand range of the battery management systems (BMS), and unsafe hidden dangers of the conventional charger due to the passive charging mode are eliminated.

A device for producing x-rays includes: a housing that includes a folded high-voltage multiplier coupled to a filament transformer, the transformer coupled to an x-ray tube for producing the x-rays. A method of fabrication and an x-ray source are disclosed.

The invention provides a distribution method and a distribution device of downstream resources which are used for maximizing distribution of physical resource block (PRB) resources in combination with quality of service (QoS) needs and improving resource utilization rate. The distribution method of the downstream resources includes the steps of confirming radio bearer (RB) priority queue of a present dispatch according to the QoS needs and physical downlink control channel (PDCCH) capacity of the RB to be transmitted and distributing the whole distributable PRB resources to the RB priority queue of the present dispatch, wherein the RB to be transmitted is divided into a non-guarantee bit rate (N-GBR) load and a guaranteed bit rate (GBR) load according to the QoS needs.

The invention discloses a power material support and allocation platform based on a multi-objective particle swarm optimization algorithm, which comprises a reserve optimization result base, a material demand information base, a multi-objective particle swarm optimization algorithm module, an algorithm evaluation verification module and an optimization scheme generation. The invention utilizes themulti-objective particle swarm optimization (MPSO) algorithm to collect the historical reserve data of electric power materials, the list of material requirements carried out by business expansion, emergency repair and daily emergency repair, as well as the related data such as emergency disaster category, emergency repair degree and the like, and generates a multi-objective optimization scheme for electric power materials support and deployment. Through the platform, users can quickly optimize the demand for various power supplies after a certain disaster or event, guide the relevant departments to reserve or purchase materials on demand, ensure the safe production of electric power smoothly, and avoid the waste of funds caused by excessive reserves.

The invention discloses a control method of an air conditioner. The control method of the air conditioner comprises the following steps that a target comfort temperature is determined, and a target coil pipe temperature of an indoor heat exchanger of the air conditioner is determined according to the target comfort temperature; according to the target coil pipe temperature, target frequency of a compressor and target rotating speed of an indoor fan are determined; and the compressor is controlled to operate according to the target frequency, and the indoor fan is controlled to run according tothe target rotating speed; and the invention further discloses a control device of the air conditioner, the air conditioner and a readable storage medium of the air conditioner. According to the device, the air conditioner, the method and the readable storage medium, the coordination among various running parameters of the air conditioner is good.

The invention provides a gas valve with proportional electromagnetic valve regulation and combustor air pressure feedback regulation functions. The gas valve comprises a proportional valve and a self-suction valve. The upper end of an aluminum valve element of the proportional valve is connected with a valve clack, a valve deck is arranged at the lower end of a valve body, the periphery of a membrane is clamped between the valve body and the valve deck, the lower end of the aluminum valve element is connected with a center hole of the membrane, and the lower portion of the membrane is connected with an aluminum valve element reset mechanism; the valve deck is connected with a proportional electromagnetic valve which comprises a guide pipe, the upper portion of the guide pipe is connected with the valve deck, the lower portion of the guide pipe is connected with a lower valve base of the proportional electromagnetic valve, an exciting coil is connected to the outside of the guide pipe through a framework, a regulation movable core is assembled in the guide pipe, and a lower end cover is assembled at the inner hole in the lower section of the lower valve base; a shaft end is arranged at the lower end of the aluminum valve element and corresponds to the regulation movable core, the upper end of the regulation movable core abuts against a reset spring, the shaft end is sleeved with the reset spring, and the upper portion of the reset spring abuts against the valve deck; the lower end of the regulation movable core abuts against a pressure stabilization spring, the other end of the regulation movable core abuts against a lower end cover of the proportional electromagnetic valve, the side edge, corresponding to the pressure stabilization spring, of the lower valve base is connected with a feedback air pressure pipe joint, and the pipe joint is connected with a combustor. The gas valve is used for a gas water heater and has the advantage that output water temperature fluctuation is extremely small.

The invention belongs to the technical field of nib manufacturing tools and particularly relates to an automatic stock cutter for nibs. The automatic stock cutter for nibs comprises a machine frame. A stock-placing plate is disposed on the machine frame. A sliding plate is disposed, below the stock-placing plate, on the machine frame, one end of the sliding plate is connected with an electric cylinder, and the other end of the sliding plate is fixed with a lower square tube. Cylinders are disposed on the sliding plate and located at both sides of the lower square tube. The cylinder are connected with an upper square tube, and under the action of the cylinders, the upper square tube can be clamped tight with the lower square tube for feeding. A sliding limit plate is disposed on the machine frame and is connected with a fixed-length motor. A blanking groove is disposed on the machine frame and located between the sliding limit plate and the lower square tube. A stamping device is arranged on the machine frame and is connected with a cutter which is located above the portion between the sliding limit plate and the lower square tube. The electric cylinder, the stamping device, the cylinder and the fixed-length motor are connected with a controller. The automatic stock cutter for nibs achieves automatic and mechanical operation of stock cutting, greatly improves efficiency of stock cutting, and is safer in use.

The invention provides a horizontal biomass granulation machine. The horizontal biomass granulation machine comprises a chassis frame, wherein one end of the chassis frame is provided with a motor while the other end of the chassis frame is provided with a distribution box; a main shaft transmission mechanism is arranged at the bottom end of the chassis frame; a head plate is arranged on the chassis frame, and the discharge end of the head plate is connected with a discharge channel; a leakage hole is formed in the discharge end of the head plate; a grinding disc is clamped on the head plate; a rotatable main shaft mechanism is mounted in the head plate through a bearing. The horizontal biomass granulation machine is a horizontal machine, and an aperture compression ratio of an extruding hole in the grinding disc is variable, so that the design is reasonable, the safety is relatively high, and the output is reasonable; a gear motor of an existing scrapper enables proper scrapping speed and uniform scrapping, thus the crushed aggregates are decreased, the resource is saved, the production efficiency can be improved, the service life of the machine is prolonged, and both time and force are saved.

The invention discloses a fertilizing device for agricultural use. The fertilizing device for agricultural use comprises a pedestal, a solid material box and a liquid material box; universal wheels are fixedly arranged at the four corners of the bottom end of the pedestal through supporting legs; the solid material box and the liquid material box are fixed on the pedestal; the solid material box is arranged on the left side of the liquid material box; a stirring device is arranged in the solid material box; the stirring device comprises a stirring motor, a stirring rod and a stirring paddle; the upper end of the solid material box adopts a cuboid structure and the lower end of the solid material box adopts a funnel-shaped structure; the bottom end of the solid material box is provided witha discharging port in the pedestal; and a first electric telescopic rod is fixedly arranged at the top end of the internal part of the pedestal on the left side of the discharging port. The fertilizing device for agricultural planting is provided with the solid material box and the liquid material box so as to perform fertilizing utilization on different types of fertilizer and save the use costof various fertilizing device, and performs rotary spraying in a retaining disk so as to prevent a discharging spray head from being blocked and realize uniform spraying.

The invention discloses a vehicle occupancy statistics system based on a WIFI (Wireless Fidelity) technology. The vehicle occupancy statistics system comprises a GPS (Global Positioning System) subsystem, a WIFI subsystem and a data publishing subsystem installed on a vehicle, wherein the GPS subsystem is used for acquiring real-time running GPS data of the vehicle at fixed frequency, processing and screening the GPS data, setting an information acquisition point, triggering an information trigger module of the information acquisition point according to the GPS data, and storing the GPS data and data of the information acquisition point; the WIFI subsystem is used for acquiring MAC (Media Access Control) data of passengers in the vehicle, processing an acquisition trigger signal transmitted by the information trigger module, controlling a WIFI probe to acquire the MAC data according to the acquisition trigger signal, calculating current number of people data according to the MAC data,and storing the MAC data; and the data publishing subsystem is used for visually outputting a real-time location and the real-time passenger carrying situation of a bus. By means of the acquisition ability of the WiFi probe and the WiFi coverage of the bus, the MAC data of the passengers are acquired in real time, and reasonable prediction of the bus arrival distance, arrival time and real-time number of passengers are realized in conjunction with the GPS data.

The invention discloses a neural network control method of a pulse plasma thruster. The method comprises the steps of: establishing a multiple-input-single-output single-layer neural network model foranalyzing the relationship between the thrust of the plasma thruster and pulse current, and establishing a multiple-input-single-output multi-layer neural network model, wherein an input layer is pulse current with different amplitudes and frequencies, a middle layer is a pulse voltage, the output layer is thrust, the pulse voltage is proportional to the pulse current, and the square of the pulsevoltage is proportional to the thrust value, so that the relationship between the pulse current and the plasma thruster is determined to obtain an accurate value of the thrust. By adopting the technical scheme disclosed by the invention, the relationship between the pulse current of the pulse plasma and the thrust is analyzed, the rate of convergence of network learning and the stability of network learning are improved by optimizing a neural network algorithm, and real-time control of the thrust of the thruster is realized, thereby improving the ability to deal with thrust uncertainty.

The invention discloses a grape culture method and a culture shelf thereof. The method comprises the steps of preparing seedling bed soil, building a culture shelf, selecting seedlings and planting, fixing seedlings, fertilizing, shaping and trimming, and managing flowers and fruits. The culture shelf comprises arch rods, a drain tank, cross rods, supporting rods, upright posts, fixing rods and climbing rods. The culture method has the beneficial effects that the seedling bed soil is scientific and reasonable in preparation, is rich in organic matters, contains multiple amino acids and trace elements, and can be used for efficiently regulating the soil structure and activating soil, improving disease resistance of grapes and controlling the growing process of grapes; excellent seedlings are selected, and targeted topdressing is carried out in different growing stages, and therefore, effective absorption of grapes for nutrition can be ensured, reasonable trimming, pinching and picking fruits provide a high-quality space environment for grape growth, the fruit rate of grapes is better protected, and yield is increased.

The present invention provides a spark failure detection device of the engine and the vehicle provided with the spark failure detection device, reasonalize the output of the spark failure detection according to the engine considering the air fuel ratio of the air-exhausting system. The spark failure detection device of the invention, is characterized in that it has the following components: a spark failure detection mechanism which is used to detect the spark failure of the engine (12); a MIL (44) which lights the lamp corresponding to the spark failure detection result of the spark failure detection mechanism; a digital data of the air fuel ratio obtaining mechanism, which obtains the pressure of the breathing pipe, the rotating speed of the engine (12) and the opening-and-closing state of the secondary air quantity control valve (34), as the air fuel ratio digital data relative to the air fuel ratio of the air-exhausting system which is used to circulate the exhausted air of the engine; and a ECU (42) which restrains the lighting of the MIL (44) corresponding to the relative digital data of the air fuel ratio which is obtained by the relative digital data obtaining mechanism.

The invention discloses a log output method, load balancing equipment and a computer readable storage medium. According to the invention, when the service flow is received, the service flow is subjected to data plane forwarding processing by the specified work core in the multi-core CPU, the processed service flow is scheduled to the back-end server, and the session information corresponding to various generated log types is recorded into the annular queue corresponding to the work core in the processing process; and in the process of executing the processing by the working core, the specifiedlog core in the multi-core CPU is set to periodically obtain session information from the annular queue corresponding to the working core according to the preset frequency corresponding to each log type and output the session information as a log file, so that the service flow forwarding and the log output are not interfered with each other, the log files of various log types can be output in a balanced manner, various attack behaviors can be found in time under the condition that the number of CPU cores is limited, corresponding early warning is carried out, and the protection safety is improved.

The invention discloses a cultivation and management method for grape vines. The cultivation and management method comprises the following steps: applying deep groove fertilizers at left and right sides of each grape vine in October of every year, keeping one foliage branch and four bearing branches at each of left and right sides of one grape vine during winter pruning, keeping leaves and removing flower buds for the foliage branch after budding, keeping one bud with flower bud for each bearing branch, pickling the rest flower buds and other epicormic branches, applying compound fertilizers which is low in nitrogen, low in phosphor and high in potassium through a drop irrigation facility, and spraying a seaweed fertilizer and a boron fertilizer on the leaves in a matched manner; topping when four main leaves are grown, keeping the bud of the epicormic branch at the top end, and performing bud picking on the rest epicormic branches; applying potassium nitrate during a fruit expanding period through the drop irrigation facility, spraying zinc-calcium amino acid on the leaves in the matched manner, applying pure potassium sulfate during a fruit hardening period through the drop irrigation facility, spraying phosphor-potassium amino acid on the leaves in the matched manner, and manually thinning fruits during the best fruit thinning period. The cultivation and management method can be used for ensuring the quality and the yield of grapes.

A device for producing x-rays includes: a housing that includes a folded high-voltage multiplier coupled to a filament transformer, the transformer coupled to an x-ray tube for producing the x-rays. A method of fabrication and an x-ray source are disclosed.

The invention relates to the field of medical images, and discloses a system and a method for DICOM-based (Digital Imaging and Communications in Medicine) on-demand printing. The system comprises a server, patient information acquisition equipment, an ink-jet printer, a film and ink. During output of medical images, a patient information carrier is read through the patient information acquisition equipment; the patient information is matched through network communication and the server; identification information and inspection information of the patient are found to call out corresponding medical images; the medical image is sent to the printer for printing to realize on-demand printing output. Adopting the medical image printing system provided by the invention can realize on-demand printing in a controllable manner and make the DICOM-based medical image output more simplified and more reasonable, so that manpower and time costs are saved.

The invention discloses a control system and method of a high-volatility-component pulverized coal preparation and drying technology. The control system comprises a raw coal bin, wherein a weighing and coal feeding machine is arranged at a discharging port of the raw coal bin; the output end of the weighing and coal feeding machine is connected to a feeding port of a coal grinding machine; a discharging port in the top part of the coal grinding machine communicates with a feeding port of a pulverized coal collector through a pipeline; an air inlet of the coal grinding machine is connected to an air outlet of a hot blast heater through a pipeline; a circulating fan is arranged between an air inlet of the hot blast furnace and an air outlet of the pulverized coal collector; a low-pressure nitrogen channel and a dry fresh air pipeline are arranged on a pipeline through which the air outlet of the hot blast furnace is connected to the air inlet of the coal grinding machine; and the controlsystem further comprises a relative humidity control unit, an oxygen content control unit and an assistant control unit. Compared with a traditional production technology, the control system and method have the advantages of being efficient and energy saving; and meanwhile, the environmental pollution is reduced.

The invention provides a building automation control method and system. The method comprises the following steps: S1, establishing a database; setting an acquisition point in the use environment, andacquiring data of the use environment through the acquisition point; acquiring data acquired by the acquisition points, extracting corresponding acquisition point data in a database for analysis, andgenerating an adjustment instruction according to an analysis result; and sending the generated adjustment instruction to the terminal, and performing automatic adjustment after the terminal obtains the instruction. The system comprises a data unit; an acquisition unit, arranged in a use environment; a processing unit, connected with the data unit and the acquisition unit; an instruction decomposition unit, connected with the processing unit. According to the building automation control method and system provided by the invention, the data can be more accurate according to the data analysis collected in real time, and the terminal adjustment does not need manual intervention, so that the overall use cost is reduced while the accuracy is improved.

The invention provides a reservoir water and sediment prediction model training method and device, and a reservoir water and sediment prediction method and device. The method comprises the following steps: obtaining reservoir water inflow data; inputting the reservoir water inflow data into a pre-established mathematical model to obtain water and sediment data of a target area, wherein the mathematical model is established by using historical actual measurement data, the historical actual measurement data comprises water flow inflow data and on-way water and sediment data, the water flow inflow data is obtained through upstream water flow inflow observation stations, and the on-way water and sediment data are obtained through downstream observation stations; taking the reservoir water inflow data and the water and sediment data of the target area as training data, and training an initial neural network model through the training data to obtain a water and sediment prediction model of the target area. By implementing the method, water and sediment data of any target area can be quickly and timely predicted, and an important reference can be provided for real-time and fine scheduling of a reservoir.

The invention discloses an intelligent household electric energy control system using hybrid green energy. The system comprises a power generation device, a current monitoring unit, a storage battery pack, a PWM (Pulse Width Modulation) controller, a direct current lighting lamp, an inverter, an intelligent regulation and control module, an alternating current power distribution box, an alternating current household electrical appliance, an electrical appliance monitoring unit, a central controller, a network transmission module and a remote control terminal, wherein the power generation device is connected with the storage battery pack through the current monitoring unit; the storage battery pack is used for providing power for the household electrical appliance; the central controller is connected with the current monitoring unit and the electrical appliance monitoring unit respectively; a control end of the electrical appliance monitoring unit is connected with a control end of the household electrical appliance; the remote control terminal is connected with the central controller through the network transmission module. Since direct current output and alternating current output of green energy generating capacity are optimally proportioned through intelligent analysis by the storage battery pack, the loss in an inversion process is reduced, the service life of the direct current lighting lamp is prolonged, and the working efficiency of the entire set of system is improved.

The invention relates to pressurized moving bed oxygen thermal method calcium carbide gas integrated production equipment. The equipment comprises a calcium carbide gasifier, a first gasifier body isarranged above the waist of a gasifier body of the calcium carbide gasifier, and a second gasifier body is arranged below the waist. The top of the first furnace body is of a frustum body structure, and a distribution cylinder with a hyperbolic section is longitudinally arranged in the middle of the frustum body structure; and an annular gas collection chamber is formed by a cavity between the material distribution cylinder and the inner wall of the frustum body structure. The bottom of the gas collecting chamber is communicated with the furnace chamber of the first furnace body, and the top of the gas collecting chamber is provided with a gas collecting chamber outlet for outputting calcium carbide furnace gas to the outside of the furnace body. The plurality of oxygen nozzles are arranged around the waist of the furnace body. A hearth for accommodating liquid calcium carbide is arranged in the second furnace body; a calcium carbide outlet is formed in the second furnace body; a heavycalcium carbide outlet is formed in the bottom of the second furnace body. According to the invention, fully-closed safe operation of calcium carbide production can be realized, raw material and power consumption is reduced, carbon emission is reduced, and the environment is improved.

The invention discloses an inverter bus voltage adjusting method and device, a controller and a storage medium. The method comprises the following steps: acquiring the maximum duty ratio of an inverter, the peak voltage of a power grid and the inversion output current; obtaining a bus voltage estimation value based on the maximum duty ratio of the inverter, the power grid peak voltage and the inversion output current; performing adjustment processing on the bus voltage estimation value, and determining a target bus voltage; and adjusting the duty ratio of a DC / DC converter in the inverter based on the target bus voltage, so that the output bus voltage is consistent with the target bus voltage. According to the technical scheme, the output bus voltage of the inverter is adjusted to be consistent with the target bus voltage, the obtained accurate and reasonable output bus voltage can be stably output, and the inversion efficiency of the inverter is improved.

The invention discloses an auxiliary device capable of adjusting jacking pipe stress and a construction method, and belongs to a jacking pipe jacking construction method. The auxiliary device comprises a jacking pipe pit, a jacking pipe, a jack, a limiting rod, a first connecting plate, a second connecting plate and a fitting piece, wherein a groove is formed inside the limiting rod, a shell bodyof the jack is installed inside the groove, one side surface of the first connecting plate is fixedly connected with the wall of the jacking pipe pit, and the other side surface of the first connecting plate is fixedly connected with the limiting rod; the second connecting plate is located at the end, away from the first connecting plate, of the limiting rod, the second connecting plate is fixedlyconnected with a plunger of the jack, and the side, back to the plunger, of the jack is fixedly connected with the first connecting plate; and the fitting piece comprises an arc-shaped crawler frameand push cylinders, the arc-shaped crawler frame is located on the side, back to the jack, of the second connecting plate, and the push cylinders are evenly distributed inside the arc-shaped crawler frame. According to the auxiliary device, the problem of later-period maintenance such as cracks caused by different jacking force distribution of the jacking pipe is solved, so that the probability ofcracking of the jacking pipe is reduced, and the problems such as the later-period maintenance cost are reduced.

The invention discloses a fertilizer applied into deep ditches in two sides of a grape vine, and provides a grape vine fertilization method. According to the technical scheme related to the fertilizer, the fertilizer applied into the deep ditches in two sides of the grape vine comprises an organic fertilizer, a biological bacterial fertilizer and a food bran fertilizer. The grape vine fertilization method disclosed by the invention comprises the following steps: 1) beginning to ditch in the left and right sides of the grape vine from early October of every year, and fertilizing the organic fertilizer, the biological bacterial fertilizer and the food bran fertilizer; 2) fertilizing low-nitrogen, low-phosphorous and high-potassium compound fertilizers through drop irrigation equipment in the sprouting state of the second year, and cooperatively applying a seaweed fertilizer and a boron fertilizer to leaves; 3) fertilizing potassium nitrate through the drop irrigation equipment at the fruit expanding period, and cooperatively fertilizing potassium sulphate on the leaves; and 4) fertilizing pure potassium sulphate through the drop irrigation equipment at the fruit hardening period, and cooperatively applying phosphorus and potassium amino acid to the leaves. The nutritional requirements of the grape vine at different growth periods are fully ensured, so that the yield of the grape is reasonable; and the fruit is excellent.