6results about How to "Add control" patented technology

The invention discloses a control circuit, an aerosol generating device and a control method of the aerosol generating device. The control circuit comprises a power supply circuit; a controller including a plurality of output ports for outputting enable signals; the switching circuit has a plurality of different switching states and is configured to be capable of sending corresponding output signals to the controller according to the switching states; each switching circuit is electrically connected between the power supply circuit and the corresponding heating element, and the switching circuits are connected with the corresponding output ports so as to receive the enable signals; a trigger circuit configured to send a trigger signal to the controller in response to the trigger action; wherein the controller is configured to selectively activate one or more output ports based on the output signals, and output enable signals to the corresponding switching circuits through the activated output ports based on the trigger signals, so as to control the on or off of the switching circuits. Therefore, according to the embodiment of the invention, the control modes of the heating element can be increased.

The application discloses a control method and device of a mechanical arm, equipment and a storage medium, and belongs to the field of robots. The method is executed by a controller of the mechanical arm, a three-dimensional object is placed on any position except a terminal of the mechanical arm, and the method comprises the following steps: controlling the mechanical arm to throw the three-dimensional object; acquiring a first control signal; controlling any position except the terminal of the mechanical arm to catch the thrown three-dimensional object based on the first control signal; acquiring a second control signal; and controlling the mechanical arm to make the three-dimensional object reach a force balance state again at any position except the terminal based on the second control signal. The application provides a new use method of the mechanical arm, the three-dimensional object is thrown first, then the three-dimensional object is caught by any position except the terminal of the mechanical arm, and the three-dimensional object is kept in balance again; the throwing and catching action of the three-dimensional object is realized, and the control mode of throwing and catching the three-dimensional object by any position except the terminal of the mechanical arm is expanded.

The utility model discloses a man-machine interaction mechanical keyboard, which comprises a keyboard main body, and a light module, a wireless transceiver module, a touch module, a sound control module and a mode switching module which are arranged in the keyboard main body and are electrically connected with the keyboard main body, the wireless receiving and transmitting module is used for receiving and transmitting a wireless radio frequency signal; the touch control module is used for controlling the volume of the computer and the brightness and the light effect of the light module; the sound control module is used for receiving a sound instruction to control the brightness and the lamp effect of the light module; and the mode switching module is used for switching selection and use of a wired mode, a 2.4 G radio frequency mode and a Bluetooth mode. The man-machine interaction mechanical keyboard provided by the utility model retains the traditional function and control mode of a multi-mode light-emitting mechanical keyboard. Meanwhile, sound acquisition and hand touch acquisition are added, and the lamp effect of the controlled lamp source, the volume of the computer, the keys of the keyboard and the luminance are controlled after the acquired information is compiled, so that more diversified functions are realized.

The application discloses a control method and device of a mechanical arm, equipment and a storage medium, and belongs to the field of robots. The method is executed by a controller of the mechanical arm, a three-dimensional object is placed on any position except a terminal of the mechanical arm, and the method comprises the following steps: controlling the mechanical arm to throw the three-dimensional object; acquiring a first control signal; controlling any position except the terminal of the mechanical arm to catch the thrown three-dimensional object based on the first control signal; acquiring a second control signal; and controlling the mechanical arm to make the three-dimensional object reach a force balance state again at any position except the terminal based on the second control signal. The application provides a new use method of the mechanical arm, the three-dimensional object is thrown first, then the three-dimensional object is caught by any position except the terminal of the mechanical arm, and the three-dimensional object is kept in balance again; the throwing and catching action of the three-dimensional object is realized, and the control mode of throwing and catching the three-dimensional object by any position except the terminal of the mechanical arm is expanded.

The present application relates to the technical field of motor control, in particular, to a method for controlling the moving direction of a motor and the motor thereof, the present application transmits the rotating direction control information of the motor through the duty cycle of the pulse signal string, so that the direction control signal of the motor can share a data line with other control signals (such as the rotating speed or step number control signal), the signal transmission efficiency is improved, the number of motor wire harnesses is reduced, the application range of the motor is widened, and the production and maintenance costs are reduced.

This invention discloses an externally motor-controlled weft take-up and unwrap device and a weft insertion method. The weft insertion drive module has a weft tube control module mounted on its module motion slider. A shuttle rest is fixed to the end of the weft insertion drive module, allowing the shuttle body to be positioned on the shuttle rest. The transmission mounting base of the weft tube control module is equipped with a weft insertion support rapier and a rotatable lightweight weft tube drive shaft. The lightweight drive shaft is driven by the weft tube control motor and rotates. The shuttle body includes a shuttle body with two sets of rapier support blocks at the rear and two sets of drive blocks rotatably mounted at the front. A weft tube is detachably mounted between the two sets of drive blocks. The weft insertion support rapier can engage with the rapier support blocks on the shuttle body and drive the shuttle body forward under the influence of the weft insertion drive module. The lightweight drive shaft can engage with the drive blocks and drive the weft tube to rotate under the influence of the weft tube control motor, thus controlling the unwinding of the weft tube.