567 results about "Intelligent environment" patented technology

A system and method for enabling a wireless terminal to access and operate ubiquitous devices (“UDs”), such as televisions, DVD players, etc. The system comprises a server coupled to access points and UDs via a LAN or a WLAN. Each access point is associated with both a map of an associated area and an overlay indicating the location of the UDs within that area. In response to wireless terminal requests relayed by an access point, the server retrieves the map and overlay associated with the access point, and transmits that data to the terminal for display. Alternatively, a list of UDs may be transmitted. Selection of a UD from the display causes an image of the UD's control panel to be displayed, from which the device may be remotely controlled by the user. A mechanism is also provided to permit users to display maps of areas other than the one in which the user is currently located to permit remote control of UDs in such areas.

A context-aware service recommender system receives current user context and recommends a list of browser-based services to a user on a mobile devices. A user's mobile device receives context events from smart environments in which the mobile device is operating. Data about the context events is relayed to a service recommendation server. The server develops recommendations based on the context and other factors, and relays information about the recommended services to the mobile device. As each recommended service is selected or ignored by the user of the mobile device, the device sends implicit feedback with this information to the service recommendation server for use in subsequent recommendations.

According to one embodiment, a malware detection system is integrated with at least a static analysis engine and a dynamic analysis engine. The static analysis engine is configured to automatically determine an object type of a received object. The dynamic analysis engine is configured to automatically launch the object after selecting an action profile based on the object type. The dynamic analysis engine is further configured to, provide simulated user interaction to the object based on the selected action profile either in response to detecting a request for human interaction or as a result of a lapse of time since a previous simulated human interaction was provided.

The invention provides a regulator system for regulating the operation of an irrigation system which is responsive to user programmed information. It has a control element for issuing watering control signals to an irrigation system, having at least one of (i) a duration programming device for programming a minimum amount of time and a maximum amount of time for the suspension of watering by the irrigation system, and (ii) a user adjustable temperature programming device for programming a minimum allowed temperature for initiating a watering period by the irrigation system. It further has an irrigation system interface for connecting said control element with the irrigation system. It also has a switch for conveying the control signals from the control element to the irrigation system via the irrigation system interface, for either permitting or prohibiting watering by the irrigation system, responsive to the control signals generated by and received from the control element.

A system and method for interjecting ambient background sounds into a set of headphones is provided. The system monitors an ambient sound environment and compares the ambient sound environment to a preset set of sound characteristics (e.g., frequency signatures, amplitudes and durations) in order to detect important or critical background sounds (e.g., alarm, horn, directed vocal communications, crying baby, doorbell, telephone, etc.). When a critical background sound is detected, the system interjects either a notification signal or a portion of the ambient background into the audio stream, thus alerting a user of a potentially important sound or event occurring within their immediate vicinity.

A smart, adaptive control system that monitors and influences physical conditions of an architectural setting. The architectural setting in which the system is deployed typically includes a plurality of private spaces and at least one community space. The individual private spaces, and the community spaces, may include an environmental control device that affects one or more physical conditions of the individual private space. Each private space may also include an environmental sensor that measures a particular physical condition of the private space. The private spaces may also include one or more occupant sensors, which measure either behavioral or physiological parameters of an occupant. The environmental control devices, environmental sensors, and occupant sensors are in communication with a computer. The computer is also in communication with a database, which houses a data set that describes how to best modify the physical conditions of the architectural setting.

The invention discloses an intelligent environment monitoring system. The system comprises an LED lamp provided with a light-dimming or light-dimming and color-matching power supply, electric equipment, a sensor module, a control module and a control terminal. The system can automatically control the lightness of the lamp by sensing and measuring luminance / human body / objects so as to realize intelligent lighting control and reduce unnecessary energy waste; by measuring the environmental temperature / humidity, an air conditioner / heating equipment / air drying equipment / humidifying equipment can be automatically controlled; when the temperature / humidity is abnormal, the system automatically alarms to remind a manager by a short message / email so as to avoid safety accidents in the production and management. Meanwhile, the system can further monitor the use condition of energy sources in real time, provide an accurate energy consumption data report for a manager, and reduce the energy cost for the production and management.

The invention discloses a linkage control method and system for household appliances and a server. The household appliances include an air conditioner and a fan. The linkage control method for the household appliances comprises the following steps that user commands are received, specifically, the user commands include a linkage command and a scene command; the linkage relation between the air conditioner and the fan is established by the server according to the linkage command; and the server obtains the current environment parameters of the environment where the air conditioner and the fan are located, and a control command is generated according to the current environment parameters and the scene command so as to be used for conducting linkage control over the air conditioner and the fan. By the adoption of the linkage control method, linkage control over the air conditioner and the fan can be conducted according to the current environment parameters and the scene command, so that rapid air circulation and rapid cooling are achieved, and a comfortable, energy-saving, livable, little-interference and intelligent environment space is maintained.

A system and method for providing a secure data container for an ambient intelligent environment are disclosed. A particular embodiment includes: collecting a set of information from a first digital network information endpoint associated with a vehicle; associating, by use of a data processor, a persistent digital identifier with the collected information, the persistent digital identifier being derived from information associated with the vehicle; enabling a user to specify a shared data set from the collected information; enabling the user to specify a set of sharing controls corresponding to the shared data set; combining information identifying the shared data set and the sharing controls in a secure container; and enabling to second digital network information endpoint to access the shared data set via the secure container upon presentation of a valid secure access token.

The invention provides an intelligent monitoring system for area pollution discharge. The system includes an area pollution source intelligent environment on-line supervisory subsystem, an urban sewage conveying intelligent supervisory subsystem, a river drainage basin environmental pollution source intelligent supervisory subsystem and an information sharing layer, wherein the area pollution source intelligent environment on-line supervisory subsystem is used for monitoring a pollution discharge enterprise as a pollution source, the urban sewage conveying intelligent supervisory subsystem is used for monitoring a conveying pipeline, the river drainage basin environmental pollution source intelligent supervisory subsystem is used for monitoring an abnormal condition of a river cross section, and the three subsystems send monitoring data to the information sharing layer and utilize the monitoring data of the information sharing layer to determine the area, time and pollution source of an abnormal pollution discharge accident. Through the system provided by the invention, overall-process monitoring management from generation, conveying, purification to discharge of sewage can be realized, plenty of manpower and material resources are saved, operation is convenient and a result is accurate.

The invention provides a multi-neural network control planning method for a robot path in an intelligent environment. The method comprises the steps that 1 a global map three-dimensional coordinate system is constructed for the carrying area of a carrier robot to acquire a walkable area coordinate in the global map three-dimensional coordinate system; 2 a training sample set is acquired; 3 the global static path planning model of the carrier robot is constructed; and 4 starting and ending coordinates in a transportation task are input into the global static path planning model based on a fuzzy neural network to acquire the corresponding optimal planning path for the carrier robot. According to the invention, the global static path planning model and a local dynamic obstacle avoidance planning model are separately established; the nonlinear fitting property of the neural network is used to find the global optimal solution quickly; and the problem of falling into a local optimum in common path planning is avoided.

The invention relates to an intelligent home system and an intelligent home control method of a robot. The system comprises a robot and a home appliance system, the home appliance system comprises at least one of an intelligent environment control system, an intelligent safety and protection system and an intelligent audio and video control system, and the robot comprises a central processing unit, an intelligent home control module, a location navigation unit and an infrared command output device; the central processing unit conducts overall control over the robot; the intelligent home control module determines an infrared manipulation template suitable for an appliance to be manipulated, stores the infrared manipulation template in a storage and generates a navigation command and a user command code according to an appliance on the basis of the user command; the location navigation unit receives a navigation command and navigates the robot to the manipulation locations corresponding to the appliance to be manipulated on the basis of map information stored in the robot, and the infrared command output device receives the user command code, generates an infrared pulse corresponding to the user command code on the basis of the infrared manipulation template suitable for the appliance and emits the infrared pulse to the appliance to be manipulated.

The invention relates to an intelligent environment-friendly garbage sorting and recycling system and a method for recycling and sorting garbage by using the intelligent environment-friendly garbage sorting and recycling system. Infrared emitters and infrared detectors are installed on the top and / or upper part of the garbage storage room of the sorting garbage bin; infrared distance measuring sensors are installed on the top and / or upper part of the garbage storage room; the weighbridge is installed at the bottom of the garbage storage room of the sorting garbage bin; the weighbridge weighs The table is connected to the pressure sensor; the weighing control board is connected to the pressure sensor; the main control board is connected to the wireless communication module, printer, infrared detector, infrared distance sensor, weighing control board, weighing platform, and the garbage door selection control button; The authentication module cooperates with the main control board; the server is connected with the main control board. The method of the present invention includes a recycling process of recyclable garbage and a classification process of non-recyclable garbage. The invention has the functions of blocking induction, full warning and notification, and weighing with a floor scale, and can effectively recycle and classify garbage.

The invention discloses an intelligent environment monitoring system and a method based on sensor networks. The system comprises nodes, a base station and a monitoring computer, wherein the nodes form wireless connections with the nodes and the base station, the base station is connected with the monitoring computer by a bus line, the monitoring nodes are communicated with the central node, and the nodes are communicated with each other as well to realize the routing algorithm of the wireless sensor network. Meanwhile, the monitoring nodes can start an intelligent self-process mechanism under the condition of failure communication to minimize the disaster damage of abnormal situation. Compared with the traditional monitoring systems, the system has better flexibility and stability by the verification of experiment. The invention is applied to places requiring real-time monitoring to environmental parameters and corresponding alarm places such as warehouses, machinery rooms, parking lots, laboratories, banks, and the like, and can also be used for intelligent home, monitoring infants and patients, preventing fire for forests, and the like.

The invention relates to an intelligent environment-friendly automobile structure which pertains to the technical fields of new energy and intelligent automobile design and comprises an automobile shell, wheels, facilities in a carriage, a vehicle sensing system, a power system, a transmission system, a brake system, a steering system and a vehicle control system; the vehicle sensing system is a system for sensing the external environment and vehicle attitudes, wherein, the system for sensing the external environment and the vehicle attitudes, the vehicle control system, the steering system, the brake system, the transmission system and the power system are respectively connected with a vehicle CAN bus; the automobile structure can greatly improve the response characteristics of the systems in operation and systematically increase the performance of the whole automobile, carry out the expected state recognition and trajectory planning of an automobile and further improve fuel economical property and emission performance under the operation of a driver. Due to the coordination and integrated control of all the systems, the whole automobile achieves the optimal systematical economical property, emission performance, safety and comfort.

This invention relates to one method to realize wireless communication terminal in intelligent environment in wireless set network, distribution computation and exchange technique field, which comprises the following steps: establishing physical channel, selection head, safety determination, and negotiation combination data between one wireless communication interface terminals to realize wireless communication terminal automatic set. This invention method can combine wireless communication terminal and environment subject to support terminal freedom, mobile network to realize automatic sensing.

A system of developing and monitoring a business intelligence environment that utilizes automatic version control and continuous integration techniques to produce tested, reliable business intelligence. Errors are detected and corrected continuously to reduce the time needed by report authors to locate and correct errors in report specifications, metadata models, analysis cubes, and other business intelligence artifacts. Further, by storing previous versions of the artifacts in the source control system, the artifacts can be updated to accommodate revisions needed by the customers, and if revisions damage other parts of the artifacts the revisions can be undone.

The invention discloses a management system and method of intelligent livestock breeding. An intelligent fodder feeding module in the system is used for detecting real-time edible condition of materials of livestock in real time and supplying fodders of predicted fodder put volume according to livestock individual growth data, the number of feeders is reduced, the breeding cost is controlled, thescientific nature, standardization and degree of automation of the livestock breeding are improved; an intelligent environment control module collects environmental parameters in a breeding environment, and the livestock breeding environmental parameters are adjusted in the most suitable growth range; a disease monitoring module monitors the disease condition of the livestock to reduce the epidemic situation infection probability of the livestock; a growing prediction module predicts the growth tendency and best slaughter time of the livestock according to the individual growth data; a qualitytraceability module records, stores and inquires the breeding information in the livestock breeding process; and the intelligent management of the livestock breeding is realized together, and the purposes that the number of the feeders is reduced, the breeding period is shortened, the breeding cost is controlled and the livestock breeding is scientific and standard are achieved.

The invention discloses an assembly method of a multifunctional smart lighthouse suitable for construction of a smart city. Based on existing streetlamp posts, LED lamps and maintain ports of a town, at the premise of ensuring the technical requirements on due mechanical strength, tightness and the like in lamp posts, wireless Wi-Fi transmitters, traffic lights, vehicle speeding photographing devices, cameras, RFID (radiofrequency identification) devices, environment monitors and the like are added; based on the provision of wireless Wi-Fi internet services, a smart lighting system, a smart traffic system, a smart security system and a smart environment monitoring system are integrated. The streetlamps are applied to each corner of the town; according to the method, land resources used by existing town streetlamps are made full use, and in current construction of smart cities, the difficulties that an information sensing system is difficult to re-network and that repeated construction of such system occurs are overcome.

The invention relates to the field of automatic control over intelligent vehicles, in particular to a determining method for a chance of avoiding barriers and changing a lane of a vehicle and a control method of avoiding the barriers and changing the lane. The determining method for the chance of changing the lane comprises the steps that information of the surrounding barriers of the vehicle andinformation of lane conditions are acquired, it is judged whether or not the surrounding barriers of the vehicle and the vehicle meet set conditions, and if yes, it is judged that the vehicle can avoid the barriers and change the lane; according to the coordinates of a starting point, the coordinates of a target point and the lane heading angle, curve fitting is conducted, and a path from the coordinates of the starting point to the coordinates of the target point is obtained and taken as a lane changing path; through the intelligent environment sensing capacity of the vehicle, safe running ofthe vehicle is ensured, the path of avoiding the barriers and changing the lane is intelligently planned, and the problem is solved that during automatic driving of the intelligent vehicle, a controlstrategy of automatically avoiding the barriers or changing the lane is unreasonable.

The invention discloses an Android-based multi-index real-time environment monitoring terminal system, and a method. The system comprises intelligent environment index sensors, an environment monitoring server, and a multi-index real-time environment monitoring terminal. Monitored targets include water environment, air environment, key pollution sources, radiation environment, automobile tail gas, hazardous wastes and drinking water. The intelligent environment index sensors are distributed in all cities in Jiangsu province to collect environment information data of all monitored points and transmit the data to the environment monitoring server through a GPRS network. The environment monitoring server has environment information data reception and storage functions, and allows user terminals to access, check and download the stored environment information data. The multi-index real-time environment monitoring terminal has a real-time data query function of the above seven indexes by programming APPs of an Android mobile phone to have data access to the environment monitoring server.

The invention discloses an intelligent environment-friendly high-voltage shore power supply system which is characterized by comprising a high-voltage switch cabinet I, a high-voltage inverter connected with the high-voltage switch cabinet I, a high-voltage switch cabinet II connected with an output end of the high-voltage inverter, a high-voltage cable connected with the high-voltage switch cabinet II and ship electric equipment, a voltage transducer II, a frequency meter II and a phase detector II which are connected with the high-voltage inverter by the high-voltage switch cabinet II, a current transducer II connected with the high-voltage inverter by the high-voltage switch cabinet II, a second DSP (Digital Signal Processor) connected with the voltage transducer II, the frequency meter II, the phase detector II and the current transducer II respectively, and a communication module which is connected with a ship power generator and the second DSP respectively, and used for transmitting an amplitude, frequency and a phase of output voltage, and output current of the ship power generator to the second DSP. The high-voltage shore power supply system can monitor a ship power grid at any time, can control a shore power supply to synchronously run with the system, and is reliable and practical.

The invention discloses a dust control method and an intelligent environment-friendly bulk material storage and transportation system. The storage and transportation system comprises an unloading part, a transshipment part, a storage yard part, a loading part, a dust concentration detection device and a dedusting device, wherein the dust concentration detection device is arranged on a blanking point or a dust raising point in a machining and processing part; a PLC (Programmable Logic Controller) control system is operated by the dedusting device; the air dust concentration detection device is used for collecting air dust concentration data; the collected data is fed back to the PLC control system via a data line or a wireless signal; the initial startup output of the dedusting device is set by regarding the currently-detected dust concentration maximum value of a previous dedusting point as a foundation; the data collected by the control system is compared with a dust concentration control value; when the data collected by the dust concentration detection device on a certain point achieves a dust concentration upper limit control value, the control system controls the dedusting device on the point to increase the output; when the data collected by the dust concentration detection device on the certain point achieves a dust concentration lower limit control value, the control system controls the dedusting device on the point to reduce the output.

The invention provides a multi-natural sensing parameter fusion processing method for recognizing floor where a carrying robot is arranged in an intelligent environment. The method comprises steps of by use of low-cost temperature, humidity and air pressure sensors to search data, and establishing a database; and based on the characteristic that the air pressure is changed along with the height, by use of the big data processing technology, finishing establishing of a prediction model by use of an ELMAN neural network model optimized by the CPSO. According to the invention, adaptive identification of elevator floors where in the carrying robot is arranged in various environments is achieved; a condition of inaccurate floor identification caused by the change of air pressure values at the same height in different environments is effectively solved; and in addition, there is no need to improve the interior or exterior of an elevator, and the method is quite highly universal.

The present invention discloses an intelligent environment-friendly barrel control method, a device and an intelligent environment-friendly barrel. The method comprises a step of controlling an infrared emission tube to emit a first pulse waveform infrared signal for one time for the interval of a first preset time, a step of detecting the state of an infrared reception tube and determining whether the infrared reception tube acts effectively, a step of controlling the infrared emission tube to emit a second pulse waveform infrared signal for one time for the interval of a second preset time when the infrared reception tube acts effectively and emitting the signal for a first preset time, and a step of controlling a motor to act and opening the upper cover of the environment-friendly barrel if the effective action of the infrared reception tube is detected for a continuous second time. According to the technical scheme provided by the invention, when people carrying garbage approaches the intelligent environment-friendly barrel, the upper cover is opened automatically, and people can directly throw the garbage into the barrel conveniently, which is very convenient.

The invention provides a DC charging machine with a charging gun temperature monitoring module and a temperature control method of the DC charging machine. The charging machine includes a main controller and a human-computer interactive display screen, a card swiping module, a power supply module, a charging gun temperature monitoring module, a power module, an insulation detection and discharge module and a DC power meter all connected with the main controller. The charging gun temperature monitoring module comprises a single-chip microcomputer and a debugging downloading unit, an acquisition control unit, a power conversion unit, a CAN1 bus and a CAN2 bus all connected with the single-chip computer which is connected with the charging gun through the CAN1 bus and connected with the main controller through the CAN2 bus. The power conversion unit is connected with the power supply module, and the acquisition control unit is connected with a K1 contactor, a K2 contactor and the charging gun separately. The charging gun temperature monitoring module can upgrade a charging gun of an existing charging pile, and through the technical scheme above, a temperature control method can be realized, which can effectively monitor the working temperature of the charging gun so as to ensure a safe and intelligent environment for a user.

A system and method for providing an adaptive experience framework for an ambient intelligent environment are disclosed. A particular embodiment includes: detecting as context change in an environment causing a transition to a current temporal context; assigning, by use of is data processor, as task set from a set of contextual tasks, the task set assignment being based on the current temporal context; activating the task set; and dispatching a set or interaction resources, corresponding to the contextual tasks in the task set, to present a state of the current temporal context to a user by use of a plurality of interaction devices corresponding to the set of interaction resources.