89results about How to "Control humanization" patented technology

The invention relates to the technical field of intelligent televisions and discloses an intelligent television and a control system and method of the intelligent television. The control system comprises a recognition module, a determining module and a control module. The recognition module is used for conducting comparison and recognition on collected feature information of users and pre-stored user information; the determining module is used for determining permissions and priorities of users according to a recognition result of the recognition module, and then determining operators; the control module is used for controlling the intelligent television according to the collected indicating information of the operators. The intelligent television and the control system and method of the intelligent television can distribute different control permissions for different users, and achieve personalized control over the intelligent television.

The invention relates to vehicle engine high-speed starting and stopping control method and system based on an active shutdown mode. The method comprises steps of: 200, making an engine work normally; 201, judging whether the current speed is zero, if so, executing 202 and if not, returning to 200; 202, judging the current gear, executing 203 if the gear is gear N, executing 204 if the gear is gear D and keeping idling if the gear is gear P; 203, judging the setting time of the gear N, executing 205 if the setting time is larger than a demarcate limit value, and otherwise, returning to 200; 204, judging if the last speed is larger than a certain demarcate limit value, if so, executing 205, and if not, returning to 200; and 205, judging the safety factor information of the current engine, executing 217 to shut down the engine if reaching a safe value, and returning to 200 if not reaching the safe value . The control system comprises a signal acquisition unit and a signal control unit, wherein the signal acquisition unit comprises an engine safety factor information acquisition module and a gear information acquisition module. Therefore, the invention can realize high-speed startingand stopping of the engine by a controller according to the working condition.

The embodiment of the invention discloses a control method of an air conditioner. The control method comprises the following steps of obtaining an infrared thermal image from an infrared thermal imaging device according to a specific time interval; determining a temperature value of a predetermined part of a human body by utilizing the infrared thermal image; judging whether the temperature value meets a first condition so as to determine whether the human body is converted to a second state from a first state; adjusting the operating condition of the air conditioner when confirming that the first condition is met so as to improve the indoor environment temperature. According to the control method of the air conditioner, which is disclosed by the invention, the operation of the air conditioner is controlled according to the temperature of the body of a user, the whole control process is more flexible, and furthermore, the temperature of the body of the user is taken as the control basis, so that the control process is more human-friendly. The invention further discloses the corresponding control device and the air conditioner with the control device.

The invention relates to an automatic door and drawer opening device used for a refrigerator. The automatic door and drawer opening device comprises a shell and an upper cover. A drive assembly, a push rod, a guide rail, a reset spring, a microswitch and a microswitch stirring rod are arranged in the shell. One end of the reset spring is connected to the shell, and the other end of the reset spring is connected to the push rod. A gear shaft of a tooth-missing gear is sleeved with the tail end of the microswitch stirring rod. An arc-shaped protrusion is arranged in the tail end of the microswitch stirring rod. An arc-shaped groove is formed in the upper end of the gear shaft of the tooth-missing gear. The start end face of the microswitch stirring rod abuts against the side face of an elastic piece of the microswitch. The automatic door and drawer opening device is reasonable in structural design, the installation space is saved, the process requirement is lowered, the production cost is reduced, and the work reliability and stability are improved; and the tooth-missing gear is arranged, when a door or drawer of the refrigerator is pushed open, the push rod ingeniously resets through the reset spring, and therefore the push rod does not need to be driven by a motor to reset, control is more flexible, intelligent and user-friendly, and noise generated when the device works is greatly reduced.

The invention relates to limb-sensing-based wearable unmanned aerial vehicle control equipment, which comprises an unmanned aerial vehicle, an attitude sensor, a ground microprocessor and an airborne microprocessor, wherein the unmanned aerial vehicle is used for executing a control signal, and is matched with different pedants to complete different tasks; the attitude sensor is positioned on the ground, and is used for acquiring motion sensing attitude information; the ground microprocessor is connected with the attitude sensor, and is used for calculating the attitude of the attitude sensor, converting the attitude information into a special instruction for controlling the unmanned aerial vehicle by virtue of a motion sensing identification code, sending data to the unmanned aerial vehicle and receiving a feedback instruction returned by the unmanned aerial vehicle; the airborne microprocessor communicates with the ground microprocessor through a wireless communication module, and is used for receiving the control instruction sent by the ground microprocessor, converting the instruction into a PWM or PPM signal, and sending the PWM or PPM signal to the unmanned aerial vehicle. Therefore, the unmanned aerial vehicle can be controlled in a more humanized and intuitive manner.

Disclosed is a backlight control system for a mobile terminal and the system is used for controlling the display screen backlight of the mobile terminal. The system includes a baseband controller, and a front camera and a display screen luminance control module, which are electrically connected with the baseband controller respectively. The display screen luminance control module is electrically connected with a display screen. The front camera acquires image data of the mobile terminal under different modes. The baseband controller is electrically connected with the front camera and used for receiving image data sent by the front camera, comparing the luminance value of a shot picture with a preset luminance value or the minimum/maximum value of a preset luminance grade through analysis and measurement of the luminance value of a current shot image and sending a specific control instruction to the display screen luminance control module according to the comparison result and the communication state of a current mobile terminal so as to drive the display screen which is connected with the display screen luminance control module to adjust the screen backlight, wherein the communication state is a dialing state or a call-answering state. The invention also provides a backlight control method which adopts the control system.

The invention discloses a frequency conversion air conditioner control method which comprises the steps that when an air conditioner enters room temperature PID control, the current indoor temperature is obtained to serve as the first indoor temperature, and a difference value of the first indoor temperature and a set compensation temperature serves as a second indoor temperature; temperature difference between the second indoor temperature and the current indoor target temperature is calculated, and PID calculation is conducted according to the temperature difference, so that a first target frequency is obtained; the second indoor temperature is compared with the set comfortable temperature, and whether room temperature PID control or dual PID control is conducted is determined according to the comparison result; in the room temperature PID control or the dual PID control, the human body temperature is detected, and when the human body temperature is abnormal, and the current indoor target temperature is raised. By the application of the frequency conversion air conditioner control method, the problem that an existing frequency conversion air conditioner blows out cold air, and thus people feel uncomfortable in the refrigeration process is solved while indoor temperature adjusting comfort of the air conditioner and lower power consumption and energy conservation of the air conditioner are considered at the same time.

The invention relates to an automobile child lock control device and a control method. The output end of a BCM (Body Control Module) is connected with a child lock motor control module. The automobile child lock control device is characterized in that a passenger detection sensor is arranged, the output end of the passenger detection sensor is connected with a passenger classification ECU (Electronic Control Unit), and the signal output end of the passenger classification ECU (Electronic Control Unit) is connected with the BCM (Body Control Module). The passenger detection sensor detects passenger information and transmits the detected information to the passenger classification ECU (Electronic Control Unit). The passenger classification ECU (Electronic Control Unit) judges whether a passenger is an adult or a child according to the detected information. The BCM (Body Control Module) correspondingly controls a child lock according to the passenger classification information transmitted by the passenger classification ECU (Electronic Control Unit).

The invention discloses an environment control method based on a brain computer interface. By the method, an environment control device can operate in a synchronous/asynchronous control mode under different conditions; the asynchronous control mode is used for starting/stopping the whole environment control device or used for selecting some equipment (such as a television) so as to achieve autonomous control of the environment control device; after the equipment is started, the environment control device operates in the synchronous mode so as to increase accuracy and detection speed of the brain computer interface. When the environment control device operates in the asynchronous mode, system misoperation rate can be controlled effectively through introduction of pseudo keys and authentication mechanisms, so that the environment control device employing the method is practical. The environment control method is applied to the practical environment control device, so that seriously disabled persons are assisted in daily living, and their self-help abilities for daily living are improved.

The invention designs a cloud computation architecture for a household internet of things. The architecture proposes a cloud computation architecture facing an environment of the household internet of things on the basis of integration of current effective communication management, data storage, data analysis and exploration, transaction management and control technologies. The architecture mainly includes (1) household internet of things mass data storage module; (2) a communication management and message processing module of a household internet of things intelligent terminal and a cloud background; (3) an analysis and exploration module for data of environment parameter analysis and early warning and user habit analysis and the like; (4) a service control module. The architecture aims at providing a powerful data storage and analysis platform for the household internet of things intelligent terminal so that more intelligentialized and more user-friendly comfortable life services are provided to users.

The embodiments of the present invention disclose a speech control circuit and method for electrical equipment, wherein the electrical equipment integrates a speech recognition device. The speech control circuit comprises a detection circuit and a control circuit; the detection circuit is used for sensing a human body in real time, generating sensing information, and generating a speech recognition startup instruction when detecting that the sensing information satisfies a set startup rule; and the control circuit is used for controlling the speech recognition device to be started according to the speech recognition startup instruction. According to the speech control circuit and method for the electrical equipment provided by the embodiments of the present invention, the speech recognition device is only started under the control of the speech control circuit, and is in a turned-off mode or a sleep mode in other time, and therefore, the power consumption of the electrical equipment can be greatly reduced, the speech recognition device can be started automatically and intelligently, interaction efficiency is improved, a speech interaction process is simplified, the problem of false wakeup or false startup caused by the appearance of keywords in the normal conversation of a user can be solved, and the user can be assisted to fast and conveniently control the electrical equipment in a user-friendly manner through speech, and the interactive experience of the user can be improved.

The invention relates to a control method for wearable unmanned plane control equipment based on motion sensing, and the method comprises the steps: S1, enabling a ground end processor to collect the data of a posture sensor; S2, carrying out the further processing of the collected data, and obtaining the motion information of hands; S3, carrying out the judgment and recognition of the postures of hands through the motion information of hands and an algorithm; S4, converting the recognized posture information of hands into a control instruction; S5, transmitting the control instruction to an airborne end microprocessor through a wireless communication module; S6, enabling the airborne end microprocessor to encode the control instruction into a PPM or PWM signal, and transmitting the PPM or PWM signal to an input interface of a flight controller, so as to input the PPM or PWM signal into a flight controller; S7, enabling the flight controller to control a motor of an unmanned plane to make a response according to the PPM or PWM signal. Therefore, the posture of the hands is read through a ground end integrated on the wearable equipment, and then is converted into the control instruction so as to control the unmanned plane, thereby enabling the control of the unmanned plane to be more humanized and visual.

The invention provides a door control light switch system based on wireless communication and a method thereof. The door control light switch system based on wireless communication comprises a first wireless communication module, a detecting module, a control module, a second wireless communication module and an induction module. When the detecting module detects that a key is inserted into an eyelet of an outer side of a door lock and the door is opened, the first wireless communication module is triggered and sends a trigger signal to the second wireless communication module. After the second wireless communication module receives the trigger signal, the control module makes the induction module perceive an indoor environment and whether indoor light needs to be turned on is determined according to an indoor illumination intensity and whether someone is in the place. Electric energy wastes caused by turning on the light when the indoor light intensity is higher in daytime are avoided. Household intelligence is realized. When someone is at rest at night, a situation that a rester is disturbed by the light which is turned on automatically is avoided so that control is humanized.

The invention relates to the technical field of medical health care equipment, and discloses an intelligent pulse antiperspirant instrument with voice control and a method thereof. The pulse antiperspirant instrument with voice adopted by the method comprises an intelligent pulse generator, a voice recognition module and soft rubber conductive electrodes. The output positive and negative electrodes of the intelligent pulse generator are respectively connected with the positive and negative electrodes of the soft rubber conductive electrodes through metal conductive wires. Output of the intelligent pulse generator is pulse waves of which pulse width duty ratio can be set and adjusted and frequency is within 0.2Hz-10KHz. The intelligent pulse generator comprises a DC voltage conversion circuit, an MCU microcontroller and a pulse output control module. The signal input end of the MCU microcontroller is connected with a key switch. The voice recognition module is used for receiving voice instructions to set and update voltage, current and work time. Damage to the human body caused by treatment of hyperhidrosis through medicine or surgery can be avoided; and intelligent control and operation can be provided for users, and safety and protection measures can be provided.

The invention provides a method for setting an electric water heater by a mobile terminal. The method comprises the following steps of according to the instruction of an existing user of the mobile terminal, entering a setting program of the electric water heater, and establishing the communication with the electric water heater through the mobile terminal according to a connecting mode and a scene mode which are set by the user; enabling the electric water heater to obtain the current state information of the electric water heater, and displaying the current state information and the previous operation information of the user on the electric water heater through the setting program of the electric water heater to the user,; enabling the user to set the setting program of the electric water heater, so as to control the electric water heater to heat water; heating water by the electric water heater, and feeding back to the setting program of the electric water heater, so as to update the current state information of the electric water heater. The method has the advantages that the setting function of the electric water heater is transferred to the mobile terminal, the setting function of the electric water heater is enriched, and great convenience is brought to the life of people. The invention also provides a control system of the electric water heater.

The invention discloses an instruction execution method and an air conditioner and aims to simplify the operating process. The instruction execution method includes: determining at least one body feature message of a user in a detection range of the air conditioner; determining at least one function item of the air conditioner to be adjusted, according to the body feature messages; generating and executing at least one control instruction according to the function items. The invention further discloses the corresponding air conditioner.

The invention discloses an exoskeleton robot gait control method based on pressure sensors. An exoskeleton robot is jointly controlled by data of the leg pressure sensors and data of the foot sole pressure sensors, the data of the leg pressure sensors realize the main control effect, and the data of the foot sole pressure sensors realize the auxiliary detection effect. The gait control method is simple and reliable, avoids misjudgment and prevents tumbling, the robot can follow wearers to execute different gaits and can adapt to various terrains, and control is more humanized.

The invention provides a control system with a wifi gateway. The control system is mainly applied to intelligent control of electrical equipment in families and buildings and mainly comprises a wifi interface, a micro-control center, a general wireless module and a wifi gateway. The wifi interface, the miro-control center and the general wireless module are installed together to form the wifi gateway. The control system with the wifi gateway mainly has the advantages that an all-wireless gateway can convert wifi into non-wifi wireless communication in various modes, is a multi-protocol gateway, facilitates effective management, and is low in cost and high in efficiency; due to the fact the wifi gateway can be provided with various general wireless modules simultaneously, electric equipments or devices with different wireless communication interfaces can communicate with each other through the wifi gateway.

The invention discloses a control method which is used for enriching functions of an air conditioner. The control method includes determining at least one human body feature information of a user within a detection range of the air conditioner; according to the human body feature information, determining at least one controlled electronic equipment needed to be controlled by the air conditioner; transmitting at least one control information used for being related to at least one control instruction to the controlled electronic equipment to enable the controlled electronic equipment to be capable of acquiring and executing the control instructions on the basis of the control information. The invention further discloses the air conditioner.

The invention relates to an electric vehicle air conditioner control method based on thermal comfort and low virus infection risk, and belongs to the technical field of vehicle thermal management. Themethod comprises the following steps: S1, establishing a thermal coupling model of an automobile air conditioning system and a passenger compartment; s2, establishing a virus infection risk evaluation model based on the passenger compartment; s3, establishing a model prediction controller matched with the thermal coupling model of the automobile air conditioning system and the passenger compartment; and S4, in combination with the virus risk infection evaluation model, establishing a complete air conditioning system controller for comfort and health of drivers and passengers in the passengercompartment. Model prediction control is adopted, the method is suitable for a multiple-input-multiple-output air conditioner control system, the controller is efficient and energy-saving, the effectof reducing the virus infection risk is achieved, and comfort and safety of passengers are guaranteed in the whole vehicle running process.

According to the three-dimensional scene control method and device provided by the invention, a control plane is provided, The method comprises steps of receiving an operation action of a three-dimensional scene executed by a user on the control plane, wherein the operation action comprises a mouse operation action or a sliding operation in contact with the control plane; obtaining a starting point two-dimensional coordinate, a moving distance and/or a moving angle of the operation action; according to the two-dimensional coordinates, determining a target object in a three-dimensional scene through a collision algorithm; mapping the moving distance and/or the moving angle into a telescopic distance and a moving angle in the three-dimensional scene so as to realize conversion of the three-dimensional scene view angle, wherein the object in the three-dimensional scene corresponds to the object in the real scene, and determining the controlled object in the real scene through the two-dimensional coordinates; and sending a control command to the controlled object in the real scene to control the controlled object. According to the invention, the control of the three-dimensional scene is more humanized, and the user experience is improved.

The invention provides a control method for a vertical lifting type elevator. The control method for the vertical lifting type elevator comprises the following steps of (1), sequentially collecting information of key floors which are to ascend or descend and information of the number of elevator riding personnel which are corresponding to every key floor according to the key sequence; (2) estimating the total weight of the elevator driving personnel of every key floor according to the information of the number of the elevator driving personnel and obtaining data information of the estimated total weight; (3) sequentially selecting the key floor in which the elevator is to stop according to the key sequence under the condition that the sum of the total weight of the elevator driving personnel of the selected key floors does not exceed the elevator rated load; (4) enabling the elevator to sequentially carry the elevator driving personnel according to the height of the elevator and selected key floors in which the elevator is to stop. The control method for the vertical lifting type elevator has the advantages of judging whether the floor is provided with people to drive the elevator, accordingly enabling the elevator to be controlled to stop or not, greatly improving the passenger carrying rate of the elevator, avoiding that the elevator stops in the people-free floors and being humanized and reasonable in control.

The invention provides a solar water heater remote monitoring system based on the Internet of Things technology and belongs to the field of solar water heater control. The system comprises at least two control subsystems, a GPRS (general packet radio service) wireless module 1, a GPRS wireless module 2, a database center and a user terminal; the data output end of each control subsystem is connected with the GPRS wireless module 1; the GPRS wireless module 1 is wirelessly connected with the GPRS wireless module 2; the GPRS wireless module 2 is connected with the database center; the user terminal is connected with the database center through the internet; the GPRS wireless module 1 is connected with multiple control subsystems and transmits status messages of the multiple control subsystems to the database center. A user can check and control multiple solar heating systems through a mobile phone, a computer or a tablet personal computer, so that control of the solar heating system is more intelligent and humanized.

The invention discloses an automobile glass window opening and closing control system and method based on a cloud computing platform, and relates to the technical field of automobile manufacturing. The automobile glass window opening and closing control system based on the cloud computing platform comprises an automobile body control system, the automobile body control system is used for an automobile glass window controller, the automobile glass window controller is composed of a skylight controller and an automobile window controller, the automobile body control system receives environment information of a sensor group and transmits the environment information to a remote control box through a gateway, the remote control box transmits the environment information to the cloud computing platform, and the cloud computing platform compares the environment information with prestored information and then controls the automobile glass window controller to control the opening and closing degree of an automobile glass window through the remote control box, the gateway and the automobile body control system in sequence. According to the automobile glass window opening and closing control system and method based on the cloud computing platform, the problems that in the prior art, the attention of a driver is not concentrated due to repeated operation on opening and closing keys, the driving experience is not humanized, and personnel in an automobile have certain potential safety hazards are solved.