133results about How to "Add control" patented technology

The invention relates to coal mine synthesizing exploiting caving top coal technique. Electro-hydraulic control caving top coal method is adopted hydraulic support to finish support caving top coal each procedure. The hydraulic support is made up of low order caving top coal hydraulic support and electro-hydraulic control system. In the electro-hydraulic control system, top beam incline sensor is added. The flash board jack is adopted travel sensor. The length of the flash board is increased, and the size of the coal discharging is adjusted in order to keep top beam horizontal and increase supporting stability. The coal discharging method includes the following steps: top coal sufficient crashing: adopting single sequence sublevel discharging; top coal middling crashing: adopting the same; top coal difficult crashing: adopting double sequence sublevel discharging. The invention can increase coal discharging control type, improve caving top coal technique adaptability, and realize high yield and high efficiency.

The invention discloses an air conditioning system which comprises an air conditioner, a mobile terminal and an integrated controller, wherein the air conditioner comprises a temperature detector used for detecting the outdoor environment temperature of the air conditioner; the mobile terminal is used for receiving weather information of the geographic position of the air conditioner to obtain forecast temperature within the preset time period; the integrated controller is used for correcting the forecast temperature within the preset time period according to the outdoor environment temperature of the air conditioner, generating control information according to the corrected forecast temperature and sending the control information to the air conditioner, and the air conditioner determines a running mode within the preset time period according to the control information and a currentrunning state and runs by the running mode within the preset time period. The air conditioning system is simple to operate and relatively intelligent, and can increase the comfort level of users. The invention further discloses a control method of the air conditioner as well as the mobile terminal, the integrated controller and the air conditioner.

A hybrid medical device that can aid in reconstructive or augmentative surgery of the breast is disclosed. The device can utilize a suitable biological collagen tissue matrix combined with a synthetic material, for example, that can impart a high initial strength to the repair site while permitting proper healing and revitalization of the implanted device.

A multilayer capacitor comprises a multilayer body in which a plurality of dielectric layers are laminated, and first to fourth outer conductors formed on the multilayer body. The multilayer body includes first to fourth inner conductors. The first and second inner conductors have respective regions opposing each other with at least one dielectric layer in between. The first and second inner conductors are connected to the third and second outer conductors respectively. The third inner conductor is connected to the first and third outer conductors, and the fourth inner conductor is connected to the second and fourth outer conductors. Two outer conductors and the remaining two outer conductors are respectively formed on first and second side faces of the multilayer body which oppose each other and are parallel to an opposing direction of the first and second inner conductors.

A machine tool assembly includes a high speed rotating spindle for forming extremely precise surface contours on a work piece. The spindle is supported on a spherical air bearing about its center of gravity. The spindle can be rotated through an air turbine drive system incorporated into the spherical air bearing to eliminate any undesirable moments about an axis perpendicular to the long spindle axis. The spindle is adjustable in pitch and yaw directions through the influence of X-Y actuators. The X-Y actuation system is preferably electromagnetic and provides a non-contact method of displacing the spindle shaft in a controlled manner at any speed.

A hybrid medical device that can aid in reconstructive or augmentative surgery of the breast is disclosed. The device can utilize a suitable biological collagen tissue matrix combined with a synthetic material, for example, that can impart a high initial strength to the repair site while permitting proper healing and revitalization of the implanted device.

The invention provides a method for controlling a bucket-wheel reclaiming machine with material measurement and calculation, comprising the steps as follows: a current detection module (2) detects corresponding weak alternating current voltage signal from the line current of a bucket-wheel motor current circuit (1); the weak alternating current voltage signal is transmitted to a current / voltage signal conversion module (3) so that the rectification, voltage-stabilization and amplification treatment of the signal is carried out; the voltage signal which is processed by rectification, voltage-stabilization and amplification is input to a reclaiming automatic control module (6) which controls the actions of a revolving mechanism (19) and a truck feeding mechanism (20) according to the change of the voltage signal; and the actions of the revolving mechanism (19) and the truck feeding mechanism (20) cause the bucket-wheel motor current circuit (1) to change. The invention also relates to a reclaiming automatic control device. As the reclaiming automatic control method of the invention is adopted and the reclaiming automatic control device of the invention is installed, the functions of automatic control of reclaiming, flux display and alarming when the flux exceeds the arranged value can be quickly and simply realized at low cost.

The invention discloses intelligent wearable equipment and a control method for the intelligent wearable equipment and belongs to the field of intelligent wearable equipment. The method comprises the steps: detecting a first touch operation in a fixed band touch region to acquire first operation information of the first touch operation; and generating a control command according to the first operation information and executing the control command. The control mode of the intelligent wearable equipment can be increased through the touch operation in the fixed band, so that the operability and the man-machine interaction of the intelligent wearable equipment are improved, and the defect that the operating mode is single and the interaction is weak as operations are just carried out in parts such as a watch face or a watch crown and the like is compensated.

The embodiment of the invention provides a method for controlling an intelligent device through a mobile terminal and the mobile terminal of the method. The method and the mobile terminal are used for solving the problem that in the prior art, due to the fact that the intelligent device can be controlled through the mobile terminal only by simulating keys of the intelligent device, the control method is simplex. The method includes the steps that the mobile terminal judges whether the touch operation exists in the touch control area used for controlling the intelligent device or not after detecting that the touch operation is conducted on a touch control screen; the mobile terminal determines the control information which corresponds to the touch operation and is used for controlling the intelligent device if the touch operation exists in the touch control area; the mobile terminal sends the determined control information used for controlling the intelligent device to the intelligent device so as to make the intelligent device conduct corresponding operation according to the control information used for controlling the intelligent device.

The invention relates to a stored grain pest trapper with a temperature control pest killing device. The stored grain pest trapper comprises a trapper body device, a pest attraction device located at the upper part in the trapper body device, and the temperature control pest killing device located below the pest attraction device, wherein the trapper body device comprises a body frame, an upper layer fitting rack and a lower layer fitting rack; the body frame is internally provided with the upper layer fitting rack and the lower layer fitting rack in an upper and lower structure; the pest attraction device comprises an attraction lamp component and an attraction core component; the temperature control pest killing device comprises a low-voltage electric heating body, an electric appliance control box, a power supply adapter, a temperature controller and a timer; the electric appliance control box is arranged on one side of the body frame and internally provided with the power supply adapter, the timer and the temperature controller; the timer and the temperature controller are connected with the low-voltage electric heating body; the power supply adapter is connected with the timer, the temperature controller and the low-voltage electric heating body; and the trapper has the characteristics of reasonable structure, strong trapping function, advanced control mode, reliable safety performance and simplicity and convenience in operation.

In an electron-injection type APD, it is necessary to prevent a dark current increase and to secure the life time of the device. It is demanded to improve reliability of the APD with a lower production cost. With the InP buffer layer having an n-type doping region on the inside of a region defined by an optical absorption layer, a predetermined doping profile is achieved by ion implantation. Thus, electric field concentration in the avalanche multiplication layer is relaxed. Furthermore, a low-concentration second optical absorption layer is provided between the optical absorption layer and the avalanche multiplication layer. Responsivity of the optical absorption layer is maximized, and depletion of the lateral surface of the optical absorption layer is prevented; thus, electric field concentration is prevented. Preventing edge breakdown, the device improves its reliability.

The invention provides a toy air vehicle based on myoelectric control and a control method thereof, and relates to the technical field of intelligent control. The toy air vehicle comprises an air vehicle body and a somatosensory bracelet for remotely controlling the air vehicle body. The somatosensory bracelet comprises a myoelectric signal collecting circuit, a first gyroscope, a first acceleration sensor, a main processor and a first wireless transceiver module, wherein the main processor is used for identifying gesture movements of a user according to data collected by the myoelectric signal collecting circuit, the first gyroscope and the first acceleration sensor and converting the identifying result into a corresponding flying control command; the first wireless transceiver module is used for sending the flying control command to the air vehicle body and allowing the air vehicle body to carry out corresponding flying postures according to the flying control command. The main processor is respectively and electrically connected with the myoelectric signal collecting circuit, the first gyroscope, the first acceleration sensor and the first wireless transceiver module. According to the toy air vehicle, a special remote control does not need to be additionally arranged, remote operation is simplified, and the playability of the toy air vehicle is improved.

The invention discloses a dust removal device for stone material processing, which comprises a dust suction port, a first valve, a fan, a second water pump and a handle. The dust suction port is sealed and connected to the lower end of a dust suction arm, and the first valve is sealed by a water pipe. Connected to the left side of the dust removal chamber, the inner bottom surface of the dust removal chamber is provided with a deflector, the fan is sealed and connected with the dust removal chamber through a smoke pipe, the first water pump is arranged on the top of the filter chamber, and the second water pump It is sealed and connected to the left side of the filter chamber through a water pipe, and the inside of the filter chamber is connected with the fixing bolts of the filter plate, and the right side of the filter chamber is sealed with the decontamination door through a rotating hinge, and the handle is arranged on the outside of the decontamination door. surface. The stone processing dust removal device is equipped with deflectors to facilitate the discharge of sewage at the bottom of the dust removal chamber. The filter plate filters out impurities in the sewage. The decontamination door can regularly clean the dust inside the filter chamber to prevent too much dust after filtering from affecting the filter chamber. filter effect.

A hybrid medical device that can aid in reconstructive or augmentative surgery of the breast is disclosed. The device can utilize a suitable biological collagen tissue matrix combined with a synthetic material, for example, that can impart a high initial strength to the repair site while permitting proper healing and revitalization of the implanted device.

The invention provides a chemical vapor deposition device and method. The chemical vapor deposition device comprises an outer cavity body, a motion tray, inner cavity bodies, gas exhausting cavity bodies, tray grooves, chip bearing zones, heating devices, gas supply pipelines, first gas exhausting pipelines and a second gas exhausting pipeline; the same or different reaction precursor gases or inert gases are injected into the multiple independent inner cavity bodies, and through sealing of capillary gaps between the inner cavity bodies and the upper surface of the tray, the pressure intensityof the inner cavity bodies is always higher than that of the outer cavity body; and each inner cavity body is independently subjected gas feeding and gas exhausting, and independently heated and cooled; by controlling the motion tray to continuously rotate or rotate in an indexing mode, reaction precursors sprayed by nozzles in the different inner cavity bodies can be sprayed onto chips arrangedon the chip bearing zones on the upper surface of the motion tray by turns, and continuous chemical vapor deposition or periodic atomic layer deposition of a film is achieved. According to the chemical vapor deposition device and method, the different reaction precursors can be isolated, quick temperature raising, temperature lowering and gas switching are achieved, and the semiconductor film growing yield and productive rate are advantageously increased.

The invention provides a protection circuit for a multi-port POE (Power Over Ethernet) power supply output shunt. The protection circuit for the multi-port POE power supply output shunt comprises a switch circuit, a sampling device and a judgment control system, wherein the switch circuit comprises a switch device; the switch device is connected with a power supply port of the POE power supply; the sampling device is connected with the switch device; an input end of the judgment control system is connected with the sampling device; and an output end of the judgment control system is connected with the switch device; the judgment control system judges whether the power supply port is in overcurrent or in short circuit through a sampled signal acquired from the sampling device; and when the power supply port is in overcurrent or in short circuit, the judgment control system controls the switching off of the switch device. The protection circuit for the multi-port POE power supply output shunt is accurate in control way, so that unnecessary delay in a traditional way is avoided.

The invention discloses a method and a device for controlling a terminal, and belongs to the technical field of control. The method is applied to a first terminal, and comprises the steps of: establishing connection with at least one second terminal provided with a voice player and a light unit; generating a control command according to the detected selected control option on a control interface corresponding to the second terminal, wherein the selected control option is one of the play control option and the light control option; and sending the control command to the second terminal, and executing the control command by the second terminal. According to the method and device for controlling the terminal, the selected control option on the control interface corresponding to the second terminal is detected, the control command generated according to the selected control option is sent to the connected second terminal, and the control command is executed by the second terminal, so that the second terminal can be intelligently controlled only through the first terminal, and complexity and costs for controlling the terminal are reduced; furthermore, the selected control option at least comprises one of the play control option and the light control option, so that the control mode is expanded.

The disclosure relates to an equipment control method and apparatus, and belongs to the intelligent household field. The method includes the steps of: detecting control operation executed at a designated position in a piece of sitting and lying furniture; querying a control command according to a corresponding relation of the control operation and the control command; and controlling controlled equipment corresponding to the sitting and lying furniture according to the control command. A user can directly control the intelligent household equipment through the preset position of the sitting and lying furniture when the user rests using the sitting and lying furniture. The control mode of the intelligent household equipment is expanded. The user can more conveniently control the intelligent household equipment, and the user experience is improved.

The invention discloses a virtual prop control method and device in a virtual scene, equipment and a storage medium, and relates to the technical field of virtual environments. The method comprises the steps of obtaining a motion state of a virtual object in a virtual scene; acquiring emission configuration according to the motion state of the virtual object, wherein the emission configuration isused for indicating an offset upper limit of a virtual emitter deviating from a front sight in a specified distance; and when the virtual object is shot by using a virtual shooting prop, controlling the offset of the virtual emitter launched by the virtual shooting prop relative to the front sight of the virtual shooting prop according to the emission configuration. According to the scheme, the emission of a virtual shooting weapon can be controlled through the motion state of the virtual object, so that the control mode of the virtual shooting weapon is expanded.

The invention discloses a main steering gear system of an unmanned helicopter, which relates to an executing mechanism of an unmanned helicopter. Rotors are controlled by flight control servo elements mainly by means of variable-pitch control of a main rotor of the unmanned helicopter. The main steering gear system comprises three main steering gears and a steering gear controller; each main steering gear consists of a movement lead screw, a gear body shell, a motor and a mounting base, the gear body shells and the motors are mounted on the mounting bases, the movement lead screws are mountedon the gear body shells, and rotation of the motors is converted into axial movement of the movement lead screws by the aid of transmission gears inside the mounting bases; and the gear controller comprises a microprocessor dsPIC30F6011, a logic gate array GAL22V10, a power driving module L6203 and an interface conversion device MAX3160. The main steering gears of the unmanned helicopter have theadvantages of high system precision and power, advanced control mode and high reliability.

An LED lighting apparatus and a dimming method thereof are disclosed. The LED lighting apparatus is coupled to a power source through a power switch (205). The method includes providing a first lighting unit (201) and a second lighting unit (202); detecting whether or not the power switch (205) has been turned on; and gradually adjusting a light mixing ratio between the first lighting unit (201) and the second lighting unit (202) according to a turn-on duration of the power switch (205) and storing a color temperature value, accordingly.

Embodiments of the present application disclose a terminal control method, an apparatus, a storage medium, and a mobile terminal. Wherein the method comprises: As that object is detect to be close tothe mobile terminal, judging whether the object is a user limb, As that object is a user limb, controlling an ultrasonic signal emitter of the mobile terminal to emit an ultrasonic signal, and controlling the ultrasonic signal receiver to receive the reflected signal of the user limb to the ultrasonic signal, determining the moving track of the user limb according to the transmitted ultrasonic signal and the received reflected signal, generating a control command according to the moving track of the user limb, and executing the control command. By adopting the scheme, based on the reflection characteristic of the ultrasonic signal, the movement trajectory of the user limbs close to the mobile terminal is obtained, and corresponding control instructions are generated to control the mobile terminal, thereby increasing the control mode of the mobile terminal, convenient and quick operation, and high flexibility.

The invention relates to a micro-stepping ultra-wideband frequency agile frequency synthesizer with low spur and low phase noise. As shown in the drawings, the technologies of direct digital frequency synthesis and precise graded frequency synthesis and the real-time computing control of an FPGA (Field Programmable Gate Array) are adopted. A micro-stepping frequency agile control is implemented through the high performance computing of the FPGA and the function of a self-check table without the remote computing control of a radar system so that the computation of a control unit of the radar system and the control data transmission time and the transmission amount of the whole system are simplified and the frequency hopping speed and the real-time response capability of the frequency synthesizer are greatly increased and improved; through the technology of direct digital frequency synthesis, the frequency synthesizer has high frequency resolution so that the function of the frequency synthesizer for generating micro-stepping base band signals is achieved; and through the technology of precise partition frequency synthesis, which is implemented based on a great number of tests and precise computation, a narrow-band base frequency is divided for multiple times for frequency mixing so as to implement full coverage of ultra-wide frequency bands, so that spur and phase noise are effectively restrained from being worsen and the performances of high-speed frequency switching and high-frequency resolution of a DDS (Direct Digital Synthesis) technology for generating base frequencies are effectively retained. In the whole radar system, a universal frequency synthesizer platform capable of greatly shortening the frequency hopping time of the whole radar system and capable of being used as a radar is adopted; the control mode is simple and fast; and the index can fully meet the requirement of various new systems.

The invention discloses a control system for automatically adjusting the viscosity of lithium battery slurry. The control system comprises a vacuum planetary dispersion stirrer, a circulating pipeline A, a circulating pipeline B, a circulating pipeline C, a coating production device and a main control system, wherein the vacuum planetary dispersion stirrer is connected with the circulating pipeline A, the circulating pipeline A is connected with the circulating pipeline B, the circulating pipeline B is connected with the circulating pipeline C, and the circulating pipeline C is connected with the coating production device. The control system has the advantages that: the structure is simple, the design is reasonable, a novel lithium battery slurry preparation method is provided, and the control way for producing the lithium battery slurry is enlarged; the situation that the viscosity of the slurry is manually detected by using a laboratory is reduced, and the automatic detection and the automatic adjustment are realized; and the lagging phenomenon for adjusting the viscosity of the slurry during the slurry preparation of the lithium battery is reduced, and the viscosity is automatically and stably controlled during the slurry preparation process of the lithium battery, so that the device is more intelligent.

The invention relates to a flashlight control method and device, which belongs to the technical field of electronics. The method comprises the steps that a sound signal generated according to a tapping action is monitored; the characteristic of the tapping action is determined according to the characteristic of the sound signal; a preset tapping action which matches the tapping action is determined according to the characteristic of the tapping action; and a flashlight is controlled according to the preset tapping action. According to the invention, the flashlight can be directly controlled through the tapping action; a user controls the flashlight without triggering a touch operation on a touch screen; the problem that the flashlight cannot be controlled when the user does not conveniently operate the touch screen is solved; and the control success rate of the flashlight is improved.

The invention belongs to the field of vehicle control circuits, and provides a full-automatic driving vehicle activation and interlocking control circuit, a control method and a vehicle. The full-automatic driving vehicle activation and interlocking control circuit comprises two interlocking units, and the two interlocking units are connected through a vehicle coupling line. Each interlocking unit comprises an ATC system and a driver controller handle which are connected in parallel, one end of the ATC system and one end of the driver controller handle are connected to the positive electrode of a power source, and the other end of the ATC system and the other end of the driver controller handle are connected to the negative electrode of the power source through a full-automatic driver cab occupation relay and a manual driver cab occupation relay correspondingly. The driver controller and the driver key are interlocked so as to ensure that the vehicle can be activated only by adopting any one of a full-automatic driving mode and a manual driving mode.

The invention provides a plasma degerming assembly and a refrigerator. The plasma degerming assembly comprises a discharging electrode which is arranged on a box inner container of the refrigerator and used for performing discharging ionization processing on air inside the box inner container. According to the technical scheme, high-frequency discharge is achieved through tiny power consumption to modify chemical energy of molecules of harmful gases inside the refrigerator, then the molecules of the harmful gases are decomposed into elementary substance atoms or harmless molecules, removal aiming at some harmful gas is not required, removal is performed on a large amount of harmful gases indistinguishably, vital signs of a large amount of molecules are broken during the discharging process aiming at the harmful bacteria, the harmful bacteria are quickly killed, and convenience of user operation is guaranteed during the integral degerming process.

A machine tool assembly includes a high speed rotating spindle for forming extremely precise surface contours on a work piece. The spindle is supported on a spherical air bearing about its center of gravity. The spindle can be rotated through an air turbine drive system incorporated into the spherical air bearing to eliminate any undesirable moments about an axis perpendicular to the long spindle axis. The spindle is adjustable in pitch and yaw directions through the influence of X-Y actuators. The X-Y actuation system is preferably electromagnetic and provides a non-contact method of displacing the spindle shaft in a controlled manner at any speed.