147results about How to "Control intelligence" patented technology

The invention provides a method and a device for realizing controlling a wireless personal network equipment, comprising the following steps of: obtaining the current position information of a mobile positioning terminal; calculating the distance between the mobile positioning terminal and the wireless personal network equipment according to the current position information of the mobile positioning terminal and the position information of the wireless personnel network equipment; and controlling the wireless personnel equipment when the distance meeting the prearranged control condition. The method and the device utilize the positioning technology to obtain the position information, realize the automatic control on the wireless personal network equipment when meeting the prearranged control condition, thus realizing the intelligent control in true significance and meeting the development requirement of the personal area network consisting of short-distance wireless communication technology.

The invention discloses a man-machine interaction intelligent control system for a water heater. The man-machine interaction intelligent control system for the water heater comprises a water heater main control system and an intelligent terminal control system, and is characterized in that the water heater main control system and the intelligent terminal control system are in WIFI connection through a wireless router; the water heater main control system comprises a WIFI communication module used for receiving external control signals, a water heater microprocessor connected with the WIFI communication module through signals and a working module connected with the water heater microprocessor through signals; the intelligent terminal control system comprises a mobile terminal, a display / key module, a fingerprint collecting module, a fingerprint memorizing module and a fingerprint recognizing module, wherein the display / key module, the fingerprint collecting module, the fingerprint memorizing module and the fingerprint recognizing module are connected with a mobile terminal microprocessor. Compared with the prior art, an intelligent mobile charging controller is adopted in the man-machine interaction intelligent control system, a specially-arranged remote control device is not needed, the structure is simple, and the cost is low. The invention further provides an intelligent water heater control method adopting the man-machine interaction intelligent control system.

The invention relates to a system with an intelligent terminal as a host, a mouse and a touch panel at the same time. The system comprises a display control module, a mode switching control module and a multifunctional touch plate control module. The display control module is used for detecting whether the system is externally connected with a displayer and driving the external displayer and an internal display screen to carrying out displaying. The mode switching control module is used for enabling an intelligent terminal to be switched between a host mode and a terminal mode. The multifunctional touch plate control module is used for simulating the intelligent terminal to the mouse and the touch panel. An implementation method of the system is that after the intelligent terminal is connected with the external displayer, the intelligent terminal is switched to the host mode, displaying is redirected to the external displayer again, a touch screen of the intelligent terminal and a moving sensor are used for simulating the intelligent terminal to the mouse and the touch panel of a computer, and meanwhile showing of virtual mouse keys and a multi-point touch zone on the internal display screen is controlled. The intelligent terminal is changed to be the host system with the mouse / the touch panel, when the intelligent terminal is connected with the external displayer and a keyboard for working, cost for purchasing the mouse / touch panel can be saved, and carrying is convenient.

An LED street lamp assembly includes a central member having a first LED module fixed to a top surface thereof, a plurality of lamps attached to circumference of the central member and each having a second LED module therein, a plurality of sensors each mounted in one of the lamps and a controlling and driving circuit board received in the central member for receiving signal sent out by the sensors. If there is a goer approaches the LED street lamp assembly, the sensors are activated to send out signal to the controlling and driving circuit board to turn on the second LED modules of the lamps one by one as the goer comes closer and closer. If the goer passes by and is going away from the LED street lamp assembly, the sensors stop sending out signal to the control and driving circuit board to switch off the second LED module of the lamps one by one as the goer goes away farther and farther.

The invention discloses an insole for adjusting weight in a medical intelligence test. The insole consists of a pressure acquisition insole and a signal processor, wherein the acquisition insole has an insole-shaped laminated structure consisting of an external packing surface layer, an upper metal plate layer and a lower metal plate layer between which a plurality of pressure sensors are clamped, an upper cortical layer and a lower cortical layer; the plurality of pressure sensors are all welded between the upper metal plate layer and the lower metal plate layer and distributed at positions of soles and heels of the insole; the upper and lower cortical layers correspondingly clamp the upper and lower metal plate layers; the external packing surface layer made of an EVA material wraps and clamps the metal plate layers and the upper and lower cortical layers, and then is sewn into a whole insole along side lines; a leading-out line of each sensor is led out of the middle of the insole and is connected with the signal processor through a joint; a data acquisition module finishes data A / D conversion and data acquisition and outputs an electric signal to an alarm and a display screen after the data is processed by a microprocessor control unit. The insole has the advantages of compact size, convenient carrying, real-time measurement, accurate measurement of the weight, and contribution to rehabilitation and training of postoperative patients by adjusting the weight according to a measured value.

A personal information system based on the cloud computing and formed by dependent special terminals is mainly composed of a client device, a cloud end server and a corresponding connection network. The client device first needs to build connection with the cloud end server through the connection network to serve as a whole, and cannot visit other network serves alone or finish information processing and file storage tasks independently. Effect of the client device is similar to that of a browser in hardware level. The cloud end server finishes file storage and main information processing tasks of the whole system and can accept visit of client devices in different types of users as an information pivot. The whole system can respectively conduct software resource and hardware device expansion at the cloud end and the client. The system aims at resolving the problems of device performance, connection mode, file storage, information safety, manipulation experience, service provider profit, user using cost contradiction and the like in the field of personal information service.

The invention provides a network information security teaching test device which is composed of a software platform and a hardware system that comprises an center device, a batch control device and a security device; wherein, the center device is used for providing services for the communication of a management machine and the security device as well as a student machine; and for the construction of a network topological structure that can be built up with a variety of types for network physical connection, the security device connects with the sharing module of the batch control device, and has two work modes of a switch mode and a fireproof wall mode; the batch control device consists of six sharing modules, each of which includes five communication ports, and the port mark is from Port1 to Port5; the sharing module is provided with the function of data collection, and a lab host machine exchanges data via the sharing module. The network information security of the invention has comprehensive content, and the virtual machine technology is adopted in the lab to effectively control and simulate the real lab environment and to enable the students to learn the real knowledge about information security, and to reduce the maintenance work of the lab.

An electroluminescent lam including a lamp substrate; a first electrode formed over the lamp substrate device side, one or more layers having light-emitting material formed over the first electrode, and a second electrode formed over the one or more layers, a chiplet having a chiplet substrate separate and independent from the lamp substrate and adhered to the lamp substrate device side, one or more connection pads, a mechanical switch, and a control circuit for controlling the mechanical switch, the mechanical switch electrically connected to one or more connection pads and at least one connection pad electrically connected to the first or second electrode with one or more electrical connection(s); and an insulating and planarization layer formed over at least a portion of the chiplet and the electrical connections so that the chiplet is an embedded chiplet.

The invention discloses an electric vehicle intelligent heater system with a PTCR-xthm electric heating chip as a heat source, which is characterized by comprising a PTCR-xthm electric heating chip heat source main engine, an ECU, a heat storage-used safe constant temperature and constant pressure device, a coolant box, a variable pump and a heat exchanger, wherein the outlet end of the PTCR-xthm electric heating chip heat source main engine is connected with the inlet end of the heat storage-used safe constant temperature and constant pressure device; the outlet end of the heat storage-used safe constant temperature and constant pressure device is connected with the inlet end of the heat exchanger; the outlet end of the heat exchanger is connected with the inlet end of the coolant box; the outlet end of the coolant box is connected with the inlet end of the variable pump; the outlet end of the variable pump is connected with the inlet end of the PTCR-xthm electric heating chip heat source main engine; the ECU is connected with and controls the PTCR-xthm electric heating chip heat source main engine; the heat exchanger is provided with a temperature sensor; and the signal output end of the temperature sensor is connected with the ECU. When a medium flows through an electric heating chip heat source module, the medium is heated to the set temperature, water temperature can be regulated within 100 DEG C, and saturation temperature can be regulated within 180 DEG C.

The invention belongs to the field of intelligent home furnishings, and particularly relates to an intelligent controller of a conventional air conditioner. The intelligent controller comprises a controller, a camera, an illuminating unit, an image recognition module and a wireless transceiving module. According to the intelligent controller disclosed by the invention, only a conventional air conditioner needs to be modified a little, the air conditioner can be intelligently controlled in real time, and a user does not need to buy a new intelligent air conditioner, so that a great amount of economic cost is reduced.

The invention provides a community security intelligent management system. Through a face recognition system, the conditions that foreign personnel endanger personal and property security in a community and so forth are avoided, and the stability in the community is guaranteed; each video signal acquisition device is matched with a corresponding constituent part, so that community security defense personnel can monitor and affirm a dangerous situation and adopt measures at the first time, misjudgment or missing of the dangerous situation, which is caused by monitoring too many windows, is avoided, and a family member can be guaranteed to monitor the dangerous situation at the first time and control a secondary server to send a fire extinguishing control signal to a fire extinguishing system, the fire extinguishing system carries out automatic fire extinguishing, and meanwhile, the community security defense personnel can receive the dangerous situation in each family and adopt measures at the first time; through an intelligent parking frame, vehicles in the community are effectively, orderly and regularly managed; the family member can control each controlled electric appliance in the family through a smartphone, so that a purpose of intelligently controlling each electric appliance at any time and place is realized; and an escape system can convey a trapped person to the ground to be in a safe state.

The invention provides a method for controlling smart home devices and a network device and aims to improve the flexibility of controlling the smart home devices. The method comprises the following steps that the first information of the first smart home device is obtained, wherein the first information comprises the information used for representing a current working mode of the first smart homedevice; if that the first smart home device under the control of the network device fails is determined, at least one smart home device having the same working mode as the first smart home device is determined from a knowledge graph database according to the information used for representing the current working mode of the first smart home device; the at least one smart home device is controlled for operating in the working mode.

The invention provides a crop regulation and control method, device and system, and communication equipment. The crop regulation and control method comprises the steps of obtaining a to-be-identifiedimage of a target crop; inputting the to-be-identified image into a preset crop identification model to obtain an identification result representing whether the target crop is subjected to pest and disease damage or not, wherein the preset crop identification model is obtained by training a selected target crop data set; and sending the identification result to second communication equipment so that the second communication equipment determines a control strategy for regulating and controlling the planting of the target crop according to the identification result and the acquired meteorological data and environmental data. According to the embodiment of the invention, crop diseases and insect pests can be intelligently recognized and controlled, so that compared with an existing mode of manually detecting the crop diseases and insect pests, the diseases and insect pests can be found in time.

The invention relates to a city street-lamp node control method. The transitional street lamps mainly depend on manual control, and the brightness can not be regulated to save energy consumption according to actual conditions. The method of the invention comprises the steps of: firstly, initializing a microprocessor module in a street-lamp node and a protocol stack in a wireless zigbee communication module; then judging the received command type of the current street lamp, wherein the command type comprises a turn-on command, a turn-off command and a brightness regulating command, each command comprises a street lamp number and a set brightness value of the street lamp, and the microprocessor module carries out different processing according to the three command types; and finally, acquiring the current of the current street lamp in the set period by the A / D of the microprocessor module, determining the state of the street lamp and storing. The on, the off and the brightness of the street lamp can be flexibly controlled to ensure that the control of the street lamp is intelligent, quick, convenient and simple; and the cost of street lamp management is lowered and energy consumption is reduced.

The invention discloses an air comfort level adjusting method, a system, a server and a user terminal. The air comfort level adjusting method comprises the steps of acquiring matching information of auser, wherein the matching information comprises retrieved user registration information, current time information and weather data information, and the registration information comprises personal information, family information and house information of the user; matching the matching information and label information of air comfort level parameters in an air comfort level database, and acquiringan air comfort level parameter suitable for the user, wherein the label information comprises user labels, time labels and weather data labels; and adjusting an air adjusting device of the user according to the air comfort level parameter. According to the air comfort level adjusting method provided by the invention, through a big data method, when the indoor air of the user is adjusted, the practical situation of the user, the current time and the current weather situation can be combined, so that air produced by the air adjusting device is more suitable for the user, and the air adjusting device can be intelligently controlled.

The invention discloses a method adopting a release device to release a fire extinguishing ball and the fire extinguishing ball. The fire extinguishing ball containing a releasing agent, an unpacking agent and a fire extinguishing agent is placed in the release device, the releasing agent in the fire extinguishing ball is ignited through a trigger device, the fire extinguishing ball is released from the position in the release device to an assigned position through the thrust of the releasing agent, the fire extinguishing ball is opened through the unpacking agent in the fire extinguishing ball, and the fire extinguishing agent contained in the fire extinguishing ball is scattered under the action of the unpacking agent to perform long-distance accurate located fire extinguishing. The fire extinguishing ball comprises a fire extinguishing ball body, wherein the fire extinguishing ball body is divided into a fire extinguishing agent zone and an unpacking agent zone; a releasing agent zone is connected outside the fire extinguishing agent zone of the fire extinguishing ball body; a release package is arranged in the releasing agent zone; an ignition wire with an ignition head and the trigger device are connected inside the release package; through the ignition wire and the trigger device, the releasing agent enables the fire extinguishing ball to be pushed from the position in the release device and lift off to the assigned position; and the fire extinguishing ball body is opened through the unpacking agent, and the fire extinguishing agent is scattered to extinguish fire.

The invention discloses an air-inflation rapid demolding device and a mold, and relates to demolding in a geotechnical laboratory. The air-inflation rapid demolding device comprises a telescopic device, a mold placement table and a material receiving table, wherein the telescopic device, the mold placement table and the material receiving table are arranged in grooves in an operation table in parallel; a levelling lifting mechanism capable of adjusting a height is arranged at the bottom of the operation table; and during demolding, mold samples are placed in a mold placement plate, the telescopic device sequentially carries out air inflation on the mold and a push rod, and after the opening of an annular wall of the mold is expanded to reach the maximum diameter, the push rod drives a pushplate to push the samples in the mold to move to the material receiving table. The air-inflation rapid demolding device is capable of increasing the demolding efficiency, and demolding a plurality ofthe samples in one process; and starting and shutdown of the demolding device can be intelligently controlled, so that the integrity of the samples can be ensured while the labor is greatly saved.

The embodiment of the invention discloses an electric scooter. The scooter comprises a base, wheel bodies, a driving base plate, a motor, a sensor, a connecting mechanism, an operating member and a controller; the wheel bodies are connected with the base; the motor is connected with the wheel bodies; the operating member is connected with the driving base plate; the controller is electrically connected with the sensor and the motor; the driving base plate is connected with the base through the connecting mechanism, and the driving base plate can be rotated around the axis between the driving base plate and the base relative to the base through the connecting mechanism within a preset range; when the operating member is operated, the driving base plate can be pulled to rotate relative to the base; the pose of the driving base plate relative to the base is measured by the sensor, and measured pose information is transmitted to the controller; a torque control instruction is output by thecontroller to the motor based on the pose information; driving force is output to the wheel bodies by the motor based on the torque control instruction to drive the wheel bodies to rotate around theaxes of the wheel bodies. According to the electric scooter, driving force is provided for the scooter through the motor to greatly save the strength.

The invention provides an intelligent new energy LED street lamp and a control method thereof. The LED street lamp comprises a base, a cabin door module, a lamp post, one or multiple lamp caps provided with LED light sources, a solar cell module, a wind power generation device, a photosensitive sensor, an infrared receiver and a wireless communication module. The intelligent new energy LED street lamp is diversified in function, high in energy utilization rate, reasonable in integrated design and capable of achieving energy conservation, environmental protection, monitoring intelligentization, control intelligentization and the like.

The invention discloses an aquaculture state monitoring method based on a hidden Markov model, and the method comprises the following steps: S1, building an aquaculture model based on the hidden Markov model according to the relationship between a hidden parameter extracted based on an aquaculture rule and an aquaculture dominant state, and enabling the hidden parameter to be used for representingaquaculture abnormal state information; S2, obtaining breeding dominant states at different moments, wherein the breeding dominant states comprise breeding water environment information and fish school activity information; S3, obtaining an observation sequence according to the breeding dominant state; S4, according to the observation sequence and the aquaculture model, various abnormal probabilities are obtained through calculation, if the abnormal probabilities are larger than corresponding abnormal threshold values, it is considered that corresponding anomalies appear, and if not, it is considered that no anomalies appear. The method has the technical characteristics of comprehensive monitoring, real-time monitoring and accurate abnormal monitoring.

The invention relates to a control method for an energy-saving LED street lamp. The control method comprises the following steps: performing initialization; adjusting the heights of LEDs and the distances from the LEDs to a lamp post; acquiring a corresponding angle of the greatest wind energy; adjusting the angle of a wind power generation apparatus; adjusting the angles of solar battery packs; collecting electric energy and wind energy and storing the same; collecting illumination intensity and performing treatment; controlling power and illuminating time; and collecting parameters and performing wireless operation. The energy-saving LED street lamp provided by the invention is diverse in function, high in energy efficiency, good in radiating effect, long in service life, low in maintenance charge and energy-saving and environment-friendly, effectively saves energy sources, and is intelligent in operation and wide in lighting region.

The invention relates to a micro intelligent smoke controlling device. The smoke controlling device comprises a housing, a microprocessor, a smoke sensor, a prompting module, a power supply module, a storage module and a Bluetooth module, wherein microprocessor, the smoke sensor, the prompting module, the power supply module, the storage module and the Bluetooth module are arranged in the housing and the smoke sensor, the prompting module, the power supply module, the storage module and the Bluetooth module are connected with the microprocessor. The beneficial effects are that the smoke controlling device is small in size, portable, easy to fix, capable of prompting a user about a smoke environment without bringing burden to the body, and intelligent to control and has a storage function; smoke forbidding data analysis can be performed through a data transmission terminal; and smoking quitting and controlling processes of the user are monitored through the data which is quantifiable, so the smoke controlling device is quite proper.

The invention discloses an intelligent control type energy-saving and environment-friendly refrigerator. The refrigerator comprises a refrigerator body; a refrigerator door, bottom feet and drawers are further arranged on the refrigerator body; the bottom feet are arranged at the four corners of the bottom of the refrigerator body and are fixedly connected to the refrigerator body, and the refrigerator body is connected to the refrigerator door and the drawers in a matched mode; first magnetic blocks, a sponge layer, a heat insulation layer, a condensation pipe, cooling fins and coolers are arranged on the refrigerator body, and an inner cavity and cooling fine seams are formed in the refrigerator body; supporting plates are arranged on the inner cavity; the first magnetic blocks are arranged on the left side of the front surface of the refrigerator body and are fixedly connected to the refrigerator body; a control panel, a first groove handle, hinges, sponge blocks and second magneticblocks are arranged on the refrigerator door; a display screen, control buttons and a power switch are arranged on the control panel; and second groove handles are arranged on the drawers. The intelligent control type energy-saving and environment-friendly refrigerator has the advantages that the loss of the temperature can be reduced, the energy consumption can be reduced, and therefore the purposes of energy conservation and environmental protection can be achieved, and secondary, intelligent control over the refrigerator can be realized.

The invention discloses an Internet-of-things intelligent bathroom master switch. The Internet-of-things intelligent bathroom master switch comprises a control module used for reading and sending signals, a bathroom master touch control button module connected to the control module and generating control signals for opening and closing various functions of a bathroom master to be read by the control module, a touch control button backlight module connected to the control module and receiving the signals of the control module to emit light, a WiFi module connected to the control module and receiving and transmitting the signals, a signal converting module connected between the control module and the WiFi module and used for converting a USB signal and a serial port signal, a ZigBee module connected to the WiFi module and receiving and transmitting the signals, a Nixie tube display module connected to the control module and receiving the signals of the control module to perform digital display, a WiFi module reset circuit connected to the WiFi module and controlling starting and stopping of the WiFi module, and a power supply module used for power supply of the various modules. The bathroom master switch, a mobile phone and household appliances in a bathroom are made to be in Internet-of-things connection, and the electric appliances in the bathroom are intelligently controlled through the bathroom master switch.