39results about How to "Real-time control of working status" patented technology

The invention aims to overcome the defects of existing equipment control logic, and provides an intelligent fresh air and air conditioning linkage control management method. Fresh air and air conditioning selective intelligent management is realized by making full use of fresh air system and air conditioning linkage management logic, outdoor low-temperature air is maximally delivered into a machine room by indoor and outdoor temperature difference comparison and logic control, indoor hot air is exhausted out of the machine room by an exhaust system, the temperature of an indoor working environment is reduced by high heat ventilation effects, and a normal working environment is effectively provided for indoor devices on the premise of maximally saving energy. By the aid of the control logic, the energy-saving rate of the machine room is increased from 30% to 60%, more than half of energy can be annually saved for the machine room when each device is used in an online manner, long-time operation of an air conditioner is effectively reduced, and the operating life of the air conditioner is prolonged.

The invention discloses a shaft end sealing method and device of a supercritical carbon dioxide turbine through a dry gas coupling labyrinth seal. The method adopts a dry gas seal to achieve shaft endsealing of an air compressor and the turbine, and adopts a labyrinth seal to reduce the leakage amount of carbon dioxide when the dry gas seal fails. The shaft end sealing device comprises a dry gasseal unit and a labyrinth seal unit, wherein the dry gas seal unit can realize shaft end sealing of the air compressor and the turbine, and the labyrinth seal unit can reduce the leakage amount of carbon dioxide when the dry gas seal fails. The sealing method includes the step of coordinating control over the air inlet temperature and flow of the dry gas seal and the step of monitoring control over dry gas seal leakage after the air compressor and the turbine are started. According to the device and method, efficient shaft end sealing of the high-power high-rotating-speed supercritical carbondioxide air compressor and the turbine is achieved by using the dry gas seal, the leakage amount of the air compressor and the turbine is reduced during dry gas seal failure through the labyrinth seal, safe shutdown of the air compressor and the turbine is ensured, and the unit safety is remarkably improved.

The invention provides an energy-saving and safe ultrasonic detector, which comprises a main machine and a probe and is characterized by further comprising a contact sensor arranged at the position of the probe. The contact sensor is connected with the main machine and used for detecting that the probe and an object to be detected are in the contact state or non-contact state and sending the detected state of the probe to the main machine. The main machine controls states of the ultrasonic detector according to the states of the probe.

The invention relates to a multi-functional disinfecting device and an operation method thereof. Telescopic rods are arranged on two sides of the inner part of a box body, medical alcohol and a chlorination liquid containing spraying tube are arranged in the box body, the spraying tube is provided with a nanometer spraying opening, ultraviolet lamp tubes, a heating light wave tube, an inner videomonitor and various sensors are arranged, an inner air exchange device is arranged, an ozone generator, an anion generator and an electrostatic adsorption device are arranged, and a work distributionbox and a controller panel are arranged on the outer side. The multi-functional disinfecting device can effectively increase the using frequency of gauze masks, and can disinfect products being in frequently contact with overalls, gloves, files and the like. The multi-functional disinfecting device has the effective characteristics of being simple to operate, capable of scientifically and effectively killing bacterial viruses, and protecting physical properties of non-woven fabrics to the maximum extent, can also disinfect fruits, bowls and chopsticks, and is pollution-free, clean and hygienic.

The invention relates to a sleep monitoring method and equipment. The method comprises the steps as follows: pressure information is acquired, wherein the pressure information is pressure informationcollected by a piezoresistive sensor and arranged in a pillow, and the pressure information includes dynamic pressure information and static pressure information; sleep state information of a user tobe monitored is obtained based on the static pressure information and the dynamic pressure information; and based on the sleep state information of the user to be monitored, the operating condition ofthe sleep aiding equipment is controlled. Compared with the prior art, the invention has the following beneficial effect: since the static pressure information and dynamic pressure information are analyzed and processed, the sleep state of a user can be obtained in time, efficient sleep monitoring of the user is achieved, and the operating condition of the sleep aiding equipment can be controlledin real time according to the sleep state of the user, thus achieving the purposes of effective sleep aiding and communication.

The invention discloses an overflow-preventing garbage can which comprises a fixed bottom plate, a supporting column rotary shaft, four garbage can bodies, a top cover, a supporting arm, a telescopicrod, a cylindrical cam machine, a track walking needle and a motor, wherein a groove is formed in the center of the fixed bottom plate; one end of the supporting column rotary shaft is perpendicularlyand rotatably arranged in the groove; the four garbage can bodies are symmetrically arranged above the fixed bottom plate and are fixedly connected to the supporting column rotary shaft, and a coverplate is arranged on the garbage can bodies; the top cover is arranged on the garbage can bodies and is fixedly connected to the supporting column rotary shaft; the supporting arm is perpendicularly arranged at the lower end of the top cover, and supporting rings are arranged at two ends of the supporting arm; one end of the telescopic rod is fixedly connected to the cover plate and the telescopicrod slidably penetrates the supporting rings successively; the cylindrical cam machine is arranged next to the telescopic rod, transmission shafts are arranged at two ends, and an annular groove is formed in the surface; one end of the track walking needle is fixed to the telescopic rod while the other end of the track walking needle is arranged in the annular groove; and the motor is fixedly mounted below the top cover, and the power output shaft of the motor is connected to one ends of the transmission shafts. The function of opening and closing and compressing the garbage can bodies by means of a telescopic shaft, so that garbage is prevented from overflowing.

A heater comprises a body heating water and connected with channel, body control unit receiving control instructions realizing heating and water delivery, wireless receiving unit of the body changing wireless signals into control instructions, control input unit changing input into control signal, control unit of the controller receiving control signals from the controller input unit and changing it into operation instruction, wireless delivery unit of the controller receiving the operation instruction output from the control unit of the controller and sending it out in wireless way after coding. It is a convenient remote control heater. The optimized plan can also provide users with the real time information of the working status of the heater and making it a part of the network household electrical appliances.

The invention relates to a main-sub pot-type combined container for liquid nitrogen. The container comprises sub pots, a pipeline system, an interlayer, a main pot, a measurement and control system, safety accessories and an external operation platform; the combined container for the liquid nitrogen is coated with paint and mounted on a basic platform; five sub pots are distributed concentrically to form an equilateral polygon; the pipeline system is arranged in a center area from five sub pots to the main pot; each sub pot adopts the structure of a vertical cylinder; the bottoms of the sub pots are supported by support legs; a filling opening, an air outlet, an external pressurization opening and an upper shifting filling opening are formed in each pot. The combined container can be used for implementing the processes of shifting filling, pressurization, pressure release, and real-time monitoring and control, and is ideal large-sized liquid nitrogen storage and supply equipment. The container is used for storage and supply of the liquid nitrogen, liquid is discharged out through a pressure extrusion method, the operation is simple, the reliability is high, discharge loss during the storage period is reduced through storage under pressure, compared with a spherical tank, the main-sub pot-type combined container is easier to manufacture and mount, and the manufacturing and mounting costs are low, therefore, the container has relatively high security, stability and controllability.

The invention relates to the technical field of communication and in particular relates to an intelligent monitoring and managing system and a containerized data center with the same. The containerized data center comprises a container body, a plurality of equipment cabinets, a refrigeration apparatus and a UPS (un-interrupted power supply); all the equipment cabinets, the refrigeration apparatus and the UPS (un-interrupted power supply) are arranged in the container body; each equipment cabinet is provided with a data processing apparatus; the containerized data center further comprises one intelligent monitoring and managing system which comprises a controller, a plurality of communication interfaces, a sensor and a monitoring terminal; the controller is respectively connected with the sensor and the monitoring terminal; and the refrigeration apparatus and the UPS (un-interrupted power supply) are respectively connected with the controller by the communication interfaces. Compared with the prior art, the containerized data center provided by the invention has the advantages that the working state of the containerized data center can be mastered in real time without viewing in the field by adopting the intelligent monitoring and managing system in the containerized data center, so that the remote access and the real-time visiting are realized, and the monitoring and managing operations are more convenient and faster.

The invention discloses a capsule endoscope which comprises a capsule shell, an image acquisition device, a main control circuit module, a power management module, a battery, a wireless transceiving module and an antenna, wherein the image acquisition device, the main control circuit module, the power management module, the battery, the wireless transceiving module and the antenna are arranged inside the capsule shell; the image acquisition device is used for acquiring image data in a detected body and transmitting the image data to the wireless transceiving module through the main control circuit module; the wireless transceiving module comprises a wireless chip and a peripheral circuit; the antenna is connected with the wireless transceiving module and comprises a flexible antenna and abracket used for transmitting the image data received by the wireless transceiving module. A power supply is regularly controlled through the power supply management module, the utilization rate of the battery is improved to the maximum extent, the power supply management module of the capsule endoscope can be controlled according to an instruction of an external receiver, the performance of the battery is fully and effectively utilized, the working time of the capsule endoscope is prolonged, the digestive tract can be fully covered and examined, and the overall working performance of the capsule endoscope is improved.

The invention discloses a distributed adaptive air purification system and a control method thereof. The distributed adaptive air purification system comprises a remote configuration monitoring computer, an Ethernet network, a central controller, an analog quantity module and a plurality of distributed purification nodes. The distributed purification nodes comprise PM2.5 acquisition units and purifiers, the remote configuration monitoring computer is in communication connection with the central controller through the Ethernet network, the analog quantity module is connected with the central controller, the multiple PM2.5 acquisition units are connected with the analog quantity module, collected signals are transmitted to the analog quantity module, and the central controller is connected with the multiple purifiers and controls work of the purifiers. According to the space structure and the air circulation condition, the nodes can be expanded conveniently, and the distributed adaptiveair purification system is controlled in an optimized mode according to the pollution location and the pollution degree.

The embodiment of the invention provides an electric heating air sterilizer, and relates to the technical field of sterilization. The electric heating air sterilizer comprises a shell, a heat preservation medium, an air duct material and a heat storage medium, wherein the heat storage medium forms an air inlet duct; the air duct material forms an air outlet duct; the air outlet duct communicates with the air inlet duct; the heat preservation medium wraps the heat storage medium and the air duct material; and the shell wraps the heat preservation medium. Therefore, the electric heating air sterilizer provided by the embodiment of the invention is arranged in a hospital, air enters the air inlet duct of the electric heating air sterilizer, and is heated by the heat storage medium in the airinlet duct, and a high-temperature sterilization effect is achieved. The air subjected to high-temperature sterilization enters the air outlet duct, is gradually cooled, and is finally discharged outof the electric heating air sterilizer, and the discharged air is warm, and is safe to nearby equipment, personnel and articles after being cooled to a certain extent.

The invention discloses a data acquisition device for safety monitoring, and relates to the technical field of safety monitoring, in particular to a data acquisition device for safety monitoring. Theinvention discloses a data acquisition device for safety monitoring. The device comprises a data acquisition module, a data communication module, a data storage module, a temperature and humidity module, a clock module, a state indication module and a positioning module. According to the device, real-time data acquisition of multiple sensors can be realized, multiple communication links are provided to transmit data to a server, and the data can be acquired and transmitted to the server in a triggering manner under the condition that the sensor data is abnormal; the device can locally store the collected original data, and even if a communication link fails, it is ensured that the data is not lost; the device provides a positioning function, so that the device is effectively prevented frombeing stolen; and the device can automatically enter a low-power-consumption management mode under the condition of low electric quantity. The device not only reduces the use cost, but also ensures that the data is safe and not lost, and is mainly used for safety monitoring.

The invention relates to a self-adaptive anti-condensation semiconductor radiation air conditioner, in particular to a solar-driven semiconductor radiation air conditioner with a self-adaptive anti-condensation function, and belongs to the field of air conditioning equipment. According to the air conditioner, data collection is achieved by arranging a temperature sensor and the humidity sensor; aswitch of an air pump and an electromagnetic valve in an air path can be automatically controlled according to the change of the temperature of a cold surface radiant panel, the room temperature and the indoor air humidity, so that the airflow temperature is controlled; and required airflow is exhausted through an airflow channel arranged in the cold surface radiant panel, so that the air flowingspeed of the surface of the cold surface radiant panel is increased, and the condensation phenomenon is prevented. The working state of the air pump and the temperature of exhausted air can be controlled in real time through a control unit according to information fed back by the indoor temperature and humidity and the temperature of the cold surface radiation panel, and the problem of condensation of the semiconductor radiation air conditioner can be rapidly and accurately solved on the premise that enough refrigerating capacity is guaranteed.

The invention discloses a control system, a tandem controller thereof, a multi-frame self-generating switch and a control method. The control system is suitable for controlling the working state of atleast one electrical device, and the control system comprises the multi-frame self-generating switch and the series controller, wherein the multi-frame self-generating switch comprises a self-generating device and a signal transmitting device, the signal transmitting device is electrically connected to the self-generating device, the signal transmitting device transmits a control signal after obtaining the electric energy supply of the self-generating device, the control signal comprises at least two frames of communication data, and the signal transmitting device transmits the control signalto the self-generating device. The series controller is connected to the electrical equipment in series, the series controller is periodically switched between a dormant state and a receiving state according to a preset rule, and when the series controller is switched to the receiving state, a frame of communication data sent by the self-generating switch is received, and the working state of theelectrical equipment is controlled.

The invention relates to the field of automobile parts and discloses a temperature monitoring system for an automobile hub and a working mechanism thereof. The temperature monitoring system comprises a direct-current power supply, a controller, a temperature controller, a first electronic switch, a water storage tank, an electromagnetic valve and a water spray head, wherein the temperature sensor is mounted on the automobile hub; and the water spray head is mounted near the automobile hub, and a nozzle faces the outer surface of the automobile hub. Through the way, the working state of corresponding water spray device can be controlled in real time according to the real-time temperature monitoring data of the automobile hub, then the hub temperature can be reduced by water spraying when the hub temperature is ultrahigh, the failure and safety hazard caused by ultrahigh hub temperature are avoided, and the driving safety of the automobile is guaranteed. Moreover, the temperature monitoring system also has the characteristics of acousto-optical alarm, high automation degree, simple structure, easiness in implementation, low cost and the like while the practicability is high and practical promotion and application are facilitated.

The invention discloses an intelligent management control system for power transmission line inspection. The intelligent management control system comprises an online monitoring system 1, a geographic information system 2, a control unit 3 and a mobile terminal 4. Signal output interfaces of the online monitoring system 1 and the geographic information system 2 are connected with a signal input interface of the control unit 3. The control unit 3 is connected with a display screen. The mobile terminal 4 is connected with the control unit 3 through wireless communication. The system greatly improves the coordination efficiency of managers and improves the lean management degree of a power transmission line. The quality and the feedback speed of the line inspection can be improved. The working state of inspection personnel can be timely mastered, the instruction flow is simplified, and the working efficiency is improved.

The invention discloses an artificial intelligence cooking device. The device comprises a rice storage tank, a rice washing tank and an electric cooker communicated with the bottom of the rice washingtank, and a first electric control valve used for allowing rice to pass or blocking the rice is hermetically connected between the rice storage tank and the rice washing tank; a second electric control valve used for allowing the rice and water to pass or blocking the rice and the water is hermetically connected between the rice washing tank and the electric cooker; the rice washing tank is further provided with a water inlet electric control valve used for being communicated with a water pipe and a third electric control valve used for discharging water, and the rice washing tank is furtherprovided with a mass sensor used for weighing. The device further comprises a control board used for driving and controlling the first electric control valve, the second electric control valve, the water inlet electric control valve, the third electric control valve and the electric cooker; a remote communication module used for communicating with a mobile terminal is arranged on the control board. By means of the device, rice weighing, rice washing, rice placing and water placing do not need to be carried out manually, the water-rice proportion is automatically controlled, the work state of the electric cooker can be remotely controlled in real time, and remote full-automatic rice cooking is achieved.