56results about How to "Realize unmanned monitoring" patented technology

The invention discloses a remote hydrological monitoring system which comprises a lifting mechanism, a telescopic mechanism, a water level sensor, a flow velocity sensor, an infrared camera and a control box. The telescopic mechanism is mounted at a top of the lifting mechanism. The control box is mounted on the telescopic mechanism. The water level sensor, the flow velocity sensor and the infrared camera are all mounted on a lower side surface of the control box in a suspended manner. A power supply module, a controller, a memory and a 4G communication module are arranged in the control box.According to the remote hydrological monitoring system, the 4G communication module can be used for sending water level data, flow velocity data and image information of a river channel to a remote control center, so that remote unmanned monitoring is realized. The position and height of the control box can be adjusted through the telescopic mechanism and the lifting mechanism, the installation ofriver channels of various sizes is satisfied, and the system has good universality.

The invention discloses a ship-shore data communication system based on 3G wireless network, which comprises at least one ship end server, a communication control device and a shore end server, wherein the ship end server is connected with the shore end server through the communication control device in a wireless mode. A video acquisition module at the ship end acquires video data; the video data is subjected to analog-to-digital conversion, analysis and processing; the video data is subjected to coded compression and storage according to the analysis and processing result, and transmitted to the shore end by using the communication control device through the 3G wireless network; and a video decoding and play module of the shore end server decodes and plays the video data, thereby implementing real-time transmission of video data. The invention solves the bottleneck of small data transmission bandwidth between the ship and the shore by using the 3G wireless transmission technology, implements the intelligent monitoring of the ship end by using the digital video processing technology, and implements intellectualized management on monitoring, thereby enhancing the work efficiency and greatly lowering the operating cost of the monitoring system.

The invention relates to agricultural irrigation devices, in particular to a water-saving-valve-controlled drip irrigation tank. The water-saving-valve-controlled drip irrigation tank is provided with a closed tank body, a ventilation overflow stop valve is arranged at the top of the tank body, and a water inlet and a water outlet are formed in the bottom of the tank body. The water-saving-valve-controlled drip irrigation tank is characterized in that a water inlet one-way valve is arranged on the inner side of the water inlet in a butt joint mode, an in-out linkage water valve is arranged at the bottom of the tank body and provided with a valve body, a piston cavity provided with a piston and a compression spring is arranged in the valve body, and a water inlet pipe is installed at the end, close to the piston, of the valve body to be communicated with the piston cavity. A water supply opening is formed in the valve body to be communicated with the water inlet in the bottom of the tank body, and a transition water opening is formed to be communicated with the water outlet in the bottom of the tank body. A water drip distribution device is further arranged on the valve body and communicated with the piston cavity. The water-saving-valve-controlled drip irrigation tank overcomes the defects that blocking occurs easily when drip irrigation is conducted through a water dropper, water yield cannot be adjusted, the water dropper is complex in structure, high in manufacturing cost and short in service life, and a system is large in power consumption. Meanwhile, the water-saving-valve-controlled drip irrigation tank is more stable and more reliable in work, low in failure rate and wide in agricultural crop irrigation application range.

The invention discloses a water level control system for a deoxygenated water tank. The system comprises a water level detection unit for detecting a water level height in the deoxygenated water tank in real time, a water supply control valve and a water pump which are arranged on a water supply pipeline, a controller and a parameter input device, and also comprises a water supplementing device, wherein the water supplementing device comprises a water supplementing tank which automatically supplements water into the deoxygenated water tank under the action of gravity, a water supplementing pipeline connected between the water supplementing tank and the deoxygenated water tank, a water supplementing control valve arranged on the water supplementing pipeline, a water injection pipe for injecting water into the water supplementing tank under the driving action of the water pump, and a water injection control valve arranged on the water injection pipe; and the water supplementing tank is obliquely arranged above the deoxygenated water tank. The water level control system has the advantages of reasonable design, high intelligent degree and good using effect, is convenient to mount and easy to operate, and can overcome the defects that the controller frequently controls the water pump to start or stop, the power consumption is high, normal performance characteristics of the water pump and a deoxygenator are influenced, and the like in the existing water level control system for the deoxygenated water tank due to water level fluctuation in the deoxygenated water tank.

The invention discloses a constant temperature and constant pressure control system of a de-aerator. The control system comprises a pressure detection unit, a temperature detection unit, a water level detection unit, a flow detection unit for detecting the flow rate at the water inlet of a de-aerated water tank in real time, a parameter setting unit, a gas supply pressure adjusting valve, a heating device, a controller for comprehensively controlling a water inlet control valve and a flow control valve, a clock circuit connected with the controller, a parameter variation amplitude reckoning system, a gas partial pressure reckoning module and an advance control scheme formulating module for correspondingly formulating transfinite advance control schemes according to the reckoning results of the parameter variation amplitude reckoning system and the gas partial pressure reckoning module. The control system is reasonable in design, convenient to install and arrange, and easy and convenient to use and operate, has high intelligence and a good using effect, and can effectively overcome multiple defects of low intelligence, inconvenience in use and operation, lagged control, poor using effect and the like of the constant temperature and constant pressure water level control system of the conventional de-aerator.

The invention relates to an intelligent monitoring method of waterproof performance of early warning subway shield tunnel segment joints, which is used for monitoring waterproof performance of segmentjoints. An adopted segment joint monitoring system comprises a displacement sensor monitoring device, a slide rail fixed on the inner wall of the tunnel segment axially, a mobile data receiver and anupper computer, the displacement sensor monitoring device comprises an optical fiber displacement sensor, a reflector sheet, a laser source, a photoelectric converter, and a data collector, and the mobile data receiver can move along the slide rail so as to receive and transmit data of the data collector distributed in the shield tunnel to the upper computer regularly.

The invention discloses a measurement and control method in a suspension pouring construction process of a continuous rigid frame bridge, and belongs to the technical field of measurement and control of highway engineering. According to the method, a parameter identification step is added based on the prior art. The measurement and control method comprises the steps of obtaining overall rigidities EI1 and EI2 of to-be-identified rigidity beam segments; obtaining weights mL1 and mL2 of to-be-identified weight beam segments; performing identification in a high-order mode under the condition that the identification effect is greatly influenced by test environment conditions or is interfered by other influence factors; and adjusting an elevation of the front end of a hanging basket on site to realize suspended poured line shape control. According to the method, the overall rigidity and the quality are identified, the down-warping amount generated by a to-be-poured beam segment is predicted, and the construction camber is reserved, so that a reasonable completed bridge line shape of the bridge is realized. The method has the main advantages that the temperature influence is avoided and the measurement does not need to be carried out at night, so that the potential safety risk of operation is lowered; software and hardware are mature, data processing is concise, and sensors can be connected for wireless communication, so that unmanned monitoring is realized; and the precision is improved and passive control methods and means are added.

The invention discloses an integrated control system used for an electrically heated boiler. The integrated control system used for the electrically heated boiler comprises a water level detection unit, a water inlet control valve, a water inlet flow detection unit, a water outlet flow detection unit, a water temperature detecting unit, a first controller which conducts difference value comparison to detected results and regulates opening degree of the water inlet control valve according to the difference value comparison results, a second controller which analyzes increase or decrease amount of water use per unit time according to detected results of the water outlet flow detection unit and regulates heating power of a heater utilized by a controlled boiler according to the analyzed results, a parameter setting unit and a display unit. The parameter setting unit and the display unit are respectively connected with the first controller. The integrated control system used for the electrically heated boiler is reasonable in design, convenient to install and arrange, simple to operate and good in use effect. The problems that an existing hot water boiler control system is low in intelligent degree and can not conduct adaptive adjustment to heating power of a heater according to increase and decrease situations of water quantity needed to be heated and the like can be solved.

The invention discloses an indoor air regulator, which comprises an air condition detection device, a parameter setting unit, a timing circuit and a controller, wherein the controller is used for start-stop control over an air conditioner and a humidifier which are arranged indoor as well as flue gas pumping equipment arranged in a kitchen according to the indoor air condition detected by the air condition detection device; the controller is connected with an air conditioner control chip arranged inside the air conditioner and is used for regulating a work mode of the air conditioner by the air conditioner control chip; and the air condition detection device comprises a natural gas concentration detection unit, a formaldehyde detection unit, a temperature detection unit and a humidity detection unit. The indoor air regulator disclosed by the invention has the advantages of simple structure, reasonable design, convenience for mounting, simpleness and convenience for operation, high intelligent control and favorable service effect; and the indoor air regulator can be used for automatically monitoring the quality of indoor air and automatically regulating the indoor air condition according to a monitoring result so as to improve daily life quality of people and relieve even avoid various physical discomfort conditions due to poorer air quality.

The invention discloses a solar micropower intelligent domestic sewage treatment system and sewage treatment method. The treatment system is characterized in that an anaerobic tank, an anaerobic/aerobic tank, an aerobic tank, a contact oxidation tank, a sludge settling tank and a clean water tank are sequentially arranged from left to right in a tank body of sewage treatment equipment; both ends of a sludge return pipe are respectively positioned in the anaerobic tank and the sludge settling tank; both ends of an aeration pipe are respectively positioned in the aerobic tank and the contact oxidation tank; the aeration pipe is connected with an aeration diaphragm; a gas stripping return device connected with the sludge return pipe is arranged in the sludge settling tank; the sludge return pipe is connected with a gas transmission pipe; an aeration blower, on-site PLC (programmable logic controller) control equipment and remote monitoring and transmission equipment are connected with an inverter; the on-site PLC automatic control equipment controls an electromagnetic control valve and the aeration blower; and the remote monitoring and transmission equipment controls the on-site PLC automatic control equipment and uploads on-site data and on-site pictures to a terminal in real time. The sewage treatment system is high in intellectualization degree, low in operation cost, convenient to manage and maintain, favorable in treatment effect and high in efficiency.

The invention belongs to the field of slope stability monitoring, and particularly relates to a slope displacement monitoring method based on relative orientation and absolute orientation algorithms.According to the method, a common non-measurement digital camera is used for shooting pictures, the camera is arranged at a slope monitoring point, and relative orientation standard control point locations are arranged in a field range which can be obtained by the camera. Photograph data shot in the same view field range are resolved and analyzed in different periods, and a relative orientation-absolute orientation double-image analysis method is utilized to resolve a photographic baseline component so as to measure the displacement of a monitoring point. The side slope displacement is measured through camera displacement, the automation degree is high, manual operation is relatively little, and the limitation of traditional measurement means under some extreme geographical conditions canbe overcome.

The application embodiment discloses a method, a device and a system for monitoring user movements. The method includes at least two pressure values measured by a pressure collecting unit; the pressure collecting unit comprises at least two sensors, each of the sensors is used to measure the pressure on the position of the bed parts that the sensor contacts; the user's movements in bed are identified according to at least two pressure values. The method realizes real-time unattended monitoring of the bed user's movement, simplifies the processing flow, improves the efficiency of timely identification and feedback of the abnormal situation of the bed user, ensures the safety of the bed user, and improves the efficiency and effect of nursing.

The invention belongs to the field of cheating-preventing equipment for examinations and in particular relates to a pair of intelligent glasses for preventing cheating. The pair of intelligent glasses comprises a glasses frame, a power supply module, a control module, an angle measurement module, an infrared sensor, a wireless communication module and a micro-switch, wherein the power supply module, the control module, the infrared sensor, the wireless communication module and the micro-switch are arranged on the glasses frame; the angle measurement module is arranged on a connecting frame of the glasses frame. The power supply module, the control module, the angle measurement module, the infrared sensor, the wireless communication module and the micro-switch are electrically connected through a wire harness; the wire harness is arranged in the glasses frame. The pair of glasses, provided by the invention, can be applied to examination monitoring and can be used for monitoring behaviors of examinees during examinations so as to prevent examination cheating behaviors from occurring.

The invention discloses a condensate water circulation control system of a household air conditioner. The system comprises a circulating water pipe, a circulating pump, a cold water pipeline, a hot water pipeline, a cold water control valve, a hot water control valve, a condensation pump, a backflow pipeline I, a backflow pipeline II, a parameter input device and a controller, wherein the circulating water pipe cools or warms an air conditioner core in a water heating or water cooling manner; the cold water pipeline and the hot water pipeline are connected between the water inlet of a circulating water pipeline and the condensate water discharge port of the air conditioner; the condensation pump is mounted on the cold water pipeline; the backflow pipeline I is connected with the condensate water discharge port of the air conditioner and led to a condensate water collection tank; and the backflow pipeline II is connected between the water outlet of the circulating water pipeline and the water inlet of the condensate water collection tank. The condensate water circulation control system disclosed by the invention is reasonable in design, convenient for installation and layout and simple, convenient for use and operation, high in intellectualization degree and good in using effect, and can be used for effectively overcoming the defects that the existing condensate water recycling device of the air conditioner is inconvenient to use and operate, is poor in processing effect, cannot effectively utilize the condensate water in time so as to cause relatively serious resource waste, and the like.

The invention relates to a power grid equipment full life cycle monitoring system based on shared service in the technical field of power grid management systems, which comprises a network communication safety monitoring module, a hardware equipment safety monitoring module, a data safety monitoring module and an operation and maintenance safety monitoring module, the network communication security monitoring module is used for monitoring network communication security of power grid equipment, the hardware equipment security monitoring module is used for monitoring hardware security in the power grid equipment, and the data security monitoring module is used for monitoring data security of the power grid equipment. And the operation and maintenance safety monitoring module is used for monitoring the operation and maintenance safety of the power grid equipment. Compared with the prior art, the method has the beneficial effects that the safety state of the power grid equipment in the whole life cycle is monitored from the aspects of hardware and data safety, unmanned monitoring is realized, the working efficiency is improved, and in addition, the safety of the equipment can be actively protected.

The invention discloses a multifunctional monitoring system used for a deoxygenating water tank. The multifunctional monitoring system used for the deoxygenating water tank comprises a water supply control valve, a water pump, a weight detecting unit, a parameter setting unit, a water level controller, a power detecting unit, a clock circuit, a heating temperature controller, wherein the water level controller analyzes signals detected by the weight detecting unit with combination of the sectional area of an inner cavity input by the parameter setting unit, and then obtains the required heating water level in the deoxygenating water tank accordingly, and the heating temperature controller analyzes data detected by the weight detecting unit and the power detecting device with combination of the initial temperature value and the target temperature value which are input by the parameter setting unit, then obtains the required heating time for water which is contained in the deoxygenating water tank and needs to be heated from the initial temperature to the target temperature accordingly, and controls a heater accordingly. The multifunctional monitoring system used for the deoxygenating water tank is simple in structure, reasonable in design, easy and convenient to operate, high in intelligent degree, good in using effect and capable of solving the problems that an existing monitoring system for the deoxygenating water tank is inaccurate in monitoring parameters of water levels and water temperature, low in control accuracy, relatively poor in using effect and the like.

The invention provides a monitoring method and device based on an intelligent vehicle, wherein a laser radar is arranged in the intelligent vehicle. The method comprises the following steps: controlling a laser radar to obtain monitoring point cloud data used for representing current environment information; analyzing the monitoring point cloud data through a preset monitoring intelligent model toobtain a monitoring result; wherein, the monitoring intelligent model is an artificial intelligent model; acquiring a processing scheme matched with the monitoring result; and controlling the intelligent vehicle according to the processing scheme. The monitoring method based on the intelligent vehicle can perform corresponding unmanned management on city management on the basis of the intelligentvehicle, so that the consumption of manpower and material resources for city management can be reduced, and the degree and the speed of city management are improved.

The invention discloses a power transmission tower online monitoring system and monitoring method. The power transmission tower online monitoring system comprises a signal acquisition device, a signal processing station and a signal storage and processing center; the signal acquisition device is arranged on a power transmission tower; the signal acquisition device acquires the vibration information of the power transmission tower and the meteorological information of a location where the power transmission tower is located and transfers the acquired information to the signal processing station; the signal processing station is arranged in a range which adopts the power transmission tower as the center and a predetermined distance as the radius; the signal processing station collects the information acquired by the signal acquisition device, pre-processes the information and transmits the pre-processed information to the signal storage and processing center; and the signal storage and processing center receives the information pre-processed by the signal processing station, analyzes and stores the information. The power transmission tower online monitoring system and the power transmission tower online monitoring method are used cooperatively, and the abnormal situations of the power transmission tower can be discovered in time. The power transmission tower online monitoring system and monitoring method are simple and efficient in monitoring process and are excellent in monitoring effect, and can actually realize unmanned monitoring.