39results about How to "Avoid false control" patented technology

An improved four-segment water inlet A / O advanced nitrogen removal device and the process control method belong to the activated sludge sewage treatment field. The existing technology can not achieve advanced nitrogen removal and is high in operating costs and is complicated to be operated. A back hypoxic and deoxy area is arranged on the tail end of an aerobic zone in a fourth segment of the invention, in order to make carbon adding on nitrate nitrogen accumulated in the preceding segments; a nitrate nitrogen inner circulating apparatus is additionally arranged in the aerobic zone of the fourth segment, so that part of nitrate nitrogen will reflow to a hypoxic area of a first segment to make full use of the denitrification capacity of the hypoxic area of the first segment and reduce the load of the nitrate nitrogen in the back hypoxic and deoxy area in order to reduce the carbon adding amount. Moreover, an ammonia-nitrogen online sensor is arranged in the aerobic zone of the fourth segment, while a nitrate-nitrogen and ORP online sensor is arranged in the back hypoxic and deoxy area, and the acquired signals are used to control the aeration amount and the external carbon addition amount of the system. The invention can improve the nitrification and denitrification effect of the four-segment water inlet A / O process, with less carbon addition, low operating costs and simple control structure.

Embodiments of the present invention disclose a method and apparatus for controlling network congestion. The method comprises that: if business success rates in a consecutive N control periods are all smaller than a preset business success ratio threshold, and network congestion notifications are received, then monitoring on network conditions is started; after the monitoring is started, network delay of information back and forth in each control period is counted, and an average time delay in each control period after the start of the monitoring is obtained; after the start of the monitoring, when the average time delay of any one control period is bigger than a preset upper limit value in a target time delay interval, allowable issuing business quantity of first messages in a next control period of any one control period is reduced. The apparatus comprises a start module, a counting module and a first control module. According to the embodiments, a problem of incorrect control easily caused by sole consideration of business success rates in conventional HTR flow control is prevented, and more effective control of network congestion is realized.

The present invention discloses a view control controlling method and device, and a storage medium. The method comprises: detecting whether a screen slide event satisfies a preset condition; and when it is detected that the screen slide event satisfies the preset condition, according to the position of a tag page pointer on the screen and the sliding direction of the screen slide event, determining whether the screen slide event is processed by a first view control or by a second view control, wherein the first view control and the second view control are different controls. According to the technical scheme of the present invention, the view control can accurately process the screen slide event according to the screen sliding event and the position relationship of the controls on the screen, so that the problem of the error control caused by the sliding operation between the various controls is avoided.

The invention provides an intelligent household appliance and a control method thereof. The intelligent household appliance comprises a voice recognition module, a voiceprint recognition module and acentral processing module, wherein the voice recognition module is used for recognizing a current command word from voice information input by a user and sending the current command word to the central processing module; the voiceprint recognition module is used for recognizing current voiceprint characteristics corresponding to the voice information and sending the current voiceprint characteristics to the central processing module; and the central processing module is used for verifying whether the user is a registered user or not according to the current voiceprint characteristics, and if yes, controlling a working state of an intelligent household appliance body according to the current command word. According to the scheme, the user experience can be improved.

The invention relates to an air conditioning system control method and control device as well as an air conditioning system. The control method comprises the following steps of acquiring a voice control signal sent by a user; acquiring characteristic information of each air conditioner indoor unit in the air conditioning system, and determining a wakening priority of each air conditioner indoor unit according to the characteristic information; and determining a current awakened air conditioner indoor unit according to the wakening priority, and controlling the current awakened air conditionerindoor unit according to semantic information of the voice control signal. According to the control method, the awakening priorities of the air conditioner indoor units can be determined according tothe voice control signal sent by the user and through combining previous using information of the user, and the air conditioner indoor units in the air conditioning system can be accurately controlledthrough the awakening priorities, so that the problem of mistaken control when the multiple air conditioner indoor units simultaneously receive the voice control signal is avoided; and meanwhile, voice control of the multiple air conditioner indoor units is more accurate and more intelligent, the desirable control effect for the user can be achieved, and using experience is improved.

The invention discloses a drinking water intelligent supplementing system in a small-scale farm. The system is characterized in that the system mainly comprises a first pressure sensing device, a second pressure sensing device, a third pressure sensing device, a logic circuit, an information transmitting device, a control mobile phone, a switching mobile phone, a voice-operated switch and a motor; the first pressure sensing device, the second pressure sensing device and the third pressure sensing device are separately connected with the logic circuit which is connected to the information transmitting device, and the information transmitting device is separately connected with the control mobile phone and the switching mobile phone; the switching mobile phone is connected to the voice-operated switch; and the voice-operated switch is connected to the motor. The system is low in cost, strong in practicality and not high in installation precision. The system can control on-off of a water supply motor at a distance and intelligently control turn-off of the water supply motor.

Embodiments of the invention disclose a control method and apparatus for a fire condition of a nuclear power plant. The method comprises the steps of firstly obtaining environment information of a plurality of regions in the nuclear power plant in real time; secondly determining a target region in which fire breaks out according to the environment information of the regions; thirdly obtaining a target device according to the target region; and finally starting a standby device corresponding to the target device and turning off the target device. When the fire breaks out, the device in the fire scene is switched to the standby device, so that false control on a reactor loop is prevented and the safety of units is ensured.

The invention provides an integrated energy-saving cabinet. The integrated energy-saving cabinet comprises: a cabinet body; an air conditioner, which is positioned in the cabinet body; an air inlet device, which is configured to enable air outside the cabinet body to flow into the cabinet body through an air inlet device; an air exhaust device, which is arranged on the cabinet body and is used forexhausting air in the cabinet body; a temperature sensor, which is used for measuring the temperature value of the cabinet body; and a monitoring device, which is used for selectively controlling oneof the air conditioner and the exhaust device to work according to a measured temperature value. According to the integrated energy-saving cabinet, energy conservation and emission reduction can be achieved, and heat dissipation cost can be reduced.

The invention relates to the technical field of equipment control, in particular to a cloud remote controller and a remote control method for equipment operation control. The system comprises a current detection module, an infrared control module and a central control module, wherein the current detection module is used for detecting the current intensity on a power line of equipment; the infraredcontrol module is used for receiving a control instruction and performing infrared control on the operation of the equipment; and the central control module is used for receiving current intensity signals of the current detection module, generating device control instructions according to the current intensity signals and sending the device control instructions to the infrared control module. Thecentral control module judges the operation state of an air conditioner according to the current intensity signals and sends the operation state of the air conditioner to an internet server for usersto call and inquire information; meanwhile, the central control module receives a user control request issued by the internet server, and sends the user control request to the infrared control module. According to the cloud remote controller and the remote control method for equipment operation control, the one-to-one control of indoor room air conditioning equipment is realized, the operation state of electric equipment is monitored in real time, the energy consumption is saved, equipment infrared control feasibility and convenience are improved, and the strong practicability and popularization value are achieved.

An improved four-segment water inlet A / O advanced nitrogen removal device and the process control method belong to the activated sludge sewage treatment field. The existing technology can not achieve advanced nitrogen removal and is high in operating costs and is complicated to be operated. A back hypoxic and deoxy area is arranged on the tail end of an aerobic zone in a fourth segment of the invention, in order to make carbon adding on nitrate nitrogen accumulated in the preceding segments; a nitrate nitrogen inner circulating apparatus is additionally arranged in the aerobic zone of the fourth segment, so that part of nitrate nitrogen will reflow to a hypoxic area of a first segment to make full use of the denitrification capacity of the hypoxic area of the first segment and reduce the load of the nitrate nitrogen in the back hypoxic and deoxy area in order to reduce the carbon adding amount. Moreover, an ammonia-nitrogen online sensor is arranged in the aerobic zone of the fourth segment, while a nitrate-nitrogen and ORP online sensor is arranged in the back hypoxic and deoxy area, and the acquired signals are used to control the aeration amount and the external carbon addition amount of the system. The invention can improve the nitrification and denitrification effect of the four-segment water inlet A / O process, with less carbon addition, low operating costs and simple control structure.

The invention relates to a control method, a control device and an air-conditioning system of an air-conditioning system. The control method includes: collecting voice control signals sent by users; obtaining characteristic information of each air-conditioning indoor unit in the air-conditioning system, and determining based on the characteristic information The wake-up priority of each air-conditioning indoor unit; determine the currently awakened air-conditioning indoor unit based on the wake-up priority, and control the currently awakened air-conditioning indoor unit based on the semantic information of the voice control signal. The method of the present invention can determine the wake-up priority of the air-conditioning indoor unit according to the voice control command issued by the user and combined with the user's historical usage information, and accurately controls the air-conditioning indoor unit in the air-conditioning system through the wake-up priority, avoiding the need for multiple The problem of miscontrol occurs when the air-conditioning indoor unit receives voice control signals at the same time; this method makes the voice control of multiple air-conditioning indoor units more accurate and intelligent, can achieve the effect of controlling what the user wants, and is conducive to improving the user experience. .

The invention relates to the remote control technology, in particular to an implementation approach for binding a radio frequency remote control system. In order to solve the defect that a radio frequency remote controller is easy to result in error control in the prior art, the invention provides an implementation approach for binding the radio frequency remote control system, which solves the problem of easy error control. The key points of the technical proposal is that the implementation approach for binding the radio frequency remote control system comprises the following steps: a, carrying out software programming on a radio frequency receiver, and setting an ID number; b, sending a binding request signal to the radio frequency receiver by the radio frequency controller; c, sending the ID number to the radio frequency controller after the radio frequency receiver receives the binding request signal; storing the ID number by the radio frequency controller; and firstly sending theID number when a remote control signal is sent to the radio frequency receiver. The invention can achieve the signal binding between the radio frequency controller and a controlled complete machine, thereby avoiding error control. The invention is suitable for binding the radio frequency remote control system.

The invention discloses a power grid electricity demand supervision method based on geographic information consistency verification. The method comprises the following steps: acquiring electricity behavior data of an electricity demand side; performing continuous processing on the power consumption behavior data based on curve fitting to obtain a power consumption state fitting curve in a target time period; performing power utilization behavior analysis on the power utilization state fitting curve to obtain to-be-regulated equipment on a power utilization demand side; and acquiring an actual physical position of the to-be-regulated device, performing consistency verification on the actual physical position and a preset position, and calling a scheduling strategy matched with the power consumption behavior analysis result from a pre-stored scheduling strategy scheme library according to a verification result, thereby performing power consumption behavior control on the power consumption demand side. Reliable connection between the intelligent equipment and the system monitoring platform is ensured through consistency verification of the actual physical position of the actual power utilization device on the user side and the preset position.

Disclosed are a network congestion control method and device. The method includes: if the service success rates in N successive control periods are all less than a pre-set service success proportion threshold value, and a network congestion announcement is received, then initiating monitoring of the network status; counting the network time delay of message roundtripping within each control period after initiating monitoring to obtain the average time delay of each control period after initiating monitoring; and, when the average time delay of any control period after initiating monitoring is greater than the upper limit value of a pre-set target time delay interval, reducing the amount of traffic that is allowed to send a service first message in the next control period after any control period. The device includes a starting control module, a statistics module and a first control module. The present embodiments avoid the problem that it is easy to cause errors in control because the current HTR flow control only considers the service success rate, realizing a more effective control of network congestion.

The invention provides a method for avoiding the interference in a pulse signal. According to the method, the pulse signal is divided into two parallel sub pulse signals before being transmitted, wherein the two parallel sub pulse signals can be combined through subtraction, and then the pulse signal is restored; in the parallel transmission process of the two parallel sub pulse signals, interferences borne by both the sub pulse signals are almost the same; then, an interference signal is offset after the two parallel sub pulse signals are merged through subtraction; lastly, the merged pulse signal no longer carries the interference signal. As a result, false control caused by a crosstalk signal carried by the pulse signal in the transmission process is effectively avoided; meanwhile, signal false control caused by attenuation or distortion of the pulse signal in a traditional filtering method is effectively avoided. The invention further provides a terminal applicable to the method.