32results about How to "Realize intelligent functions" patented technology

The invention relates to an intelligent air purification control system and method. No intelligent air purification control systems and methods with complete functions exist at present. The intelligent air purification control system comprises an air purification system, a fan system and a shell. The intelligent air purification control system is characterized by further comprising an air monitoring system, an android control system, a speed governor module, a loudspeaker, a display system, a network function module and a server. A TVOC sensor, an infrared sensor, an MIC sensor and an optical sensor are arranged in the air monitoring system. An APP extension module, a WIFI module and a data analysis module are arranged in the android control system, and the air monitoring system, the network function module, the display system, the loudspeaker, the server, the fan system and the speed governor module are connected with the android control system. The intelligent air purification control method is characterized by comprising an automatic mode, a sleep mode, a protection mode, a fierce wind mode and a manual mode. The intelligent air purification control system is reasonable in structure and complete in function.

The invention relates to an intelligent cup. The intelligent cup comprises a cup body, a cup cover, a display screen, an electronic switch, a pressure sensor, a temperature sensor, a loudspeaker, a main control chip and a battery, wherein the cup body is used for containing water; the cup cover is arranged above the cup body; the display screen is arranged on the cup cover and used for displaying the water containing amount and the water temperature conditions in the cup body, and encryption control over the cup body can be carried out by inputting passwords or handprint identification on the display screen; the electronic switch is connected with the main control chip and the display screen and controlled to be turned on or turned off through the main control chip; the pressure sensor is arranged at the bottom of the cup body and used for determining and timely recording the water containing amount in the cup body; the temperature sensor is arranged at the bottom of the cup body and used for determining the water temperature in the cup body; the loudspeaker is arranged on the cup cover and used for giving a warning tone when the water containing amount and the water temperature achieve or do not achieve setting values; the main control chip is connected with the display screen, the electronic switch, the pressure sensor, the temperature sensor and the loudspeaker, and used for conducting information collation, recording, controlling and warning; the battery is used for providing electric energy for the intelligent cup.

The invention relates to a non-contact intelligent electronic throttle and belongs to an intelligent electronic throttle control assembly for an engine of an automobile. The throttle comprises a sensor structure, a sensor shaft driving mechanism controlled by a throttle pedal, and a singlechip main controller. The sensor structure is as follows: two magnets are fixed on a shaft of the sensor; two linear hall sensors perpendicular to each other are fixed on a circuit board, the circuit board is fixed on a body; and the hall sensors are positioned within a uniform magnetic field generated by the two magnets. The sensor shaft driving mechanism controlled by the throttle pedal is as follows: a pressure pad is arranged on the body, an intermediate shaft is arranged in and suspended by a limit notch of the body and an opening of the pressure pad and is provided with a spring clip, a limit plate and a resetting spring; one end of the resetting spring is connected with the body, while the other end is fixed on the limit plate; when put in place, the resetting spring generates a restoring force; one end, extending out of the body, of the intermediate shaft is connected with the pedal, while the other end is connected with the shaft of the sensor. The throttle has the characteristics of long service life, high precision, high reliability and intelligent control.

The invention discloses an amorphous alloy 10kV oil-immersed type transformer for wind power generation, wherein the no-load loss of the amorphous alloy 10kV oil-immersed type transformer is 30% of the traditional silicon sheet iron-core transformer. The amorphous alloy 10kV oil-immersed type transformer comprises a transformer body, a tank body and transformer oil, wherein the transformer body comprises an iron core and a coil winding; the tank body comprises an oil tank and a tank cover; the transformer oil is filled in the tank body; the transformer body is installed in the tank body and immersed in the transformer oil; the iron core is made of amorphous alloy material and is in a four-frame and five-post type structure; and the oil tank and the tank cover are welded into a whole to form a fully-closed structure.

The invention belongs to the technical field of 3D printing and in particular relates to a 3D printing plant fiber composite wire with a shape memory function and a preparation method of the 3D printing plant fiber composite wire. The plant fiber composite wire comprises raw materials: plant fiber powder, TPU, a modifier and a lubricant. The preparation method comprises the preparation steps as follows: carrying out melt extrusion on a material obtained by sufficiently mixing the plant fiber powder, TPU, the modifier and the lubricant by using a parallel double-screw extruder, then, smashing the material to form aggregates; placing the aggregates into a single-screw extruder, melting the aggregates at a certain temperature, and dragging the molten aggregates at a certain speed to obtain the melted deposition type 3D printing plant fiber composite wire. By using the 3D printing plant fiber composite wire, the problem of relatively high cost caused by adopting a thermoplastic polyurethane elastomer as a 3D printing material is solved, not only is the material cost reduced, but also the interfacial compatibility between TPU and the plant fiber powder is improved by modifying TPU and the plant fiber powder, so that the prepared composite wire has relatively strong toughness and shape memory restorability.

The invention discloses a power distribution cabinet system for fire monitoring, and the system comprises a power distribution cabinet body, a server connected with the power distribution cabinet body, and an intelligent terminal connected with the server, the power distribution cabinet body is provided with an intelligent switch and a main controller, and the main controller is connected with theintelligent switch and the server. The intelligent switch is provided with a control protection unit, the control protection unit comprises a detection module, an acquisition module used for acquiring parameters of the intelligent switch and a microcontroller, and the microcontroller is connected with the detection module, the acquisition module and the main controller; the detection module comprises a temperature detection module, a fault arc detection module and a contact detection module, and the temperature detection module, the fault arc detection module and the contact detection moduleare all connected with the microcontroller; according to the invention, the temperature in the power distribution cabinet can be detected, and when the intelligent switch has a fault or may have a fire, the temperature can be sent to a user through the microcontroller via the main controller and the server.

The invention discloses a fixation and encapsulation pole for an all-condition intelligent vacuum circuit breaker. The fixation and encapsulation pole comprises an insulating encapsulation body and an insulating pull rod. A vacuum arc-extinguishing chamber is fixed and encapsulated in the insulating encapsulation body. The movable end of the vacuum arc-extinguishing chamber is connected with a sliding connecting piece. The insulating pull rod is located at the lower portion of the insulating encapsulation body. One end of the insulating pull rod is connected with the movable end of the vacuum arc-extinguishing chamber which is fixed and encapsulated, and the other end of the insulating pull rod is connected with an operating rod which extends out of the insulating encapsulation body. The fixation and encapsulation pole has the advantages of being simple and compact in structure, low in cost, wide in application range, capable of improving reliability and safety and the like.

The invention relates to an ocean sound velocity profile remote control measurement system. The main technical characteristics are as below: the system includes berth equipment and base station equipment; the berth equipment includes sound velocity profile measuring equipment, a berth measuring data acquisition and control terminal, a serial server, a network port concentrator and berth wireless data transmission equipment, and is installed on an unmanned oceanographic survey craft; the base station equipment comprises a base station measurement control terminal and base station wireless data transmission equipment, which are connected; the wireless data transmission equipment and the berth wireless data transmission equipment realize remote control function on sound velocity profile measurement equipment by the wireless transmission mode. The invention has reasonable design, realizes automation and intellectualization functions of coastal reef sound velocity profile measurement, greatly reduces the labor intensity, overcomes the shortcomings of low efficiency, high level of difficulty and prominent safe hidden troubles in a traditional operation mode of shallow water area of sound velocity profile measurement, meets the demand of automatic operation, and has the characteristics of high measurement efficiency and reliable data transmission, etc.

The invention provides a device control method, a remote control device, a mobile terminal and a control system. The device control method is applied to the remote control device. The remote control device is equipped with a plurality of transmitters. The plurality of transmitters have different signal transmitting directions. The method comprises the steps of receiving control information, wherein the control information comprises identification information of target devices; generating control signals corresponding to the target devices according to the control information; and transmittingthe control signals by the plurality of transmitters, thereby controlling the target devices to carry out corresponding operation. According to the device control method, the remote control device, the mobile terminal and the control system, the fact that one remote control device controls at least one target device can be realized, a control function can be realized through the mobile terminal, and automatic and intelligent functions of the target device can be realized.

The invention provides an interaction method of a mobile device and a fixed device. The fixed device with the position kept fixed and at least one position-adjustable mobile device are included. The method includes the following steps that the mobile device obtains motion parameters of the mobile device; the mobile device obtains the motion state of the mobile device according to the motion parameters; when the motion state of the mobile device reaches a preset value, the mobile device sends a signal containing the motion state of the mobile device to the fixed device; the fixed device receives the signal containing the motion state of the mobile device; the fixed device obtains the motion state of the mobile device according to the signal containing the motion state of the mobile device;the fixed device sends a corresponding instruction to the fixed device and/or the mobile device according to the motion state of the mobile device. When the mobile device is taken up or put down, a computer can make corresponding actions according to states of surrounding mobile devices and schemes preset by users to achieve various intelligent functions.

The invention discloses a control system for an intelligent switch. The system comprises an intelligent switch, a main controller connected with the intelligent switch, a server connected with the main controller, and an intelligent terminal connected with the server; the intelligent switch comprises a switch body and a control protection unit arranged on the switch body; the control protection unit includes a detection module, a protection module for protecting the intelligent switch through an open circuit, an acquisition module for acquiring the parameters of the intelligent switch, and a microcontroller, wherein the microcontroller is connected with the detection module, the protection module, the acquisition module, the main controller and the switch body, and the detection module andthe acquisition module are both connected with the switch body; and the intelligent terminal controls and monitors the state of the intelligent switch through the server. With the control system of the invention adopted, a user can remotely check the operating state monitoring, operation parameter monitoring and on/off control of the intelligent switch in real time.

The invention aims to provide an intelligent suspended lifting parking spot which solves the problem that vehicles parking on a pavement hinder the traffic easily. The intelligent suspended lifting parking spot comprises a parking table, a lifting mechanism, a supporting rack and an intelligent control system. The lifting mechanism comprises two driving telescopic columns and two driven telescopiccolumns fixed in a green belt; the supporting rack comprises a supporting part and an extending part extending above a road, and the upper ends of the two driving telescopic columns and two driven telescopic columns are fixedly connected to the supporting rack; and the parking table is fixed to the lower surface of the extending part. The intelligent control system comprises a controller and a remote controller, the controller is electrically connected to a hydraulic driving system and the controller is in wireless communication connection to the remote controller. The intelligent suspended lifting parking spot provided by the invention achieves the intelligent function, parks vehicles conveniently, and vehicles on the road can still travel below, so that traffic jam is alleviated.

The invention discloses an intelligent high voltage alternating-current metal enclosed switchgear and a control device. The intelligent high voltage alternating-current metal enclosed switchgear comprises a metal enclosed frame, and the inner portion of the frame is divided into an instrument compartment, a breaker compartment, an incoming line compartment and an outgoing line compartment through metal devices; a proximitor and a compartment measurement and control instrument are arranged in the instrument compartment; a breaker body is arranged in the breaker compartment, a body controller is installed in the breaker body in an embedded mode, and a chassis truck is arranged at the bottom of the breaker body; the body controller is connected with the proximitor through a serial communication channel, the proximitor is connected with the compartment measurement and control instrument through a serial communication channel, and the two ends of each serial communication channel are provided with electric isolation circuits; the breaker compartment and the outgoing line compartment are respectively provided with a heater, a fan and a temperature sensor which are connected with the compartment measurement and control instrument and used for regulating and controlling compartment environment; at least one compartment is provided with a door state sensor for realizing logic control over compartment doors and a door lock. The intelligent high voltage alternating-current metal enclosed switchgear and the control device are excellent in performance, concise, simple in set forming, reliable to run, convenient to maintain and high in performance cost ratio.

The invention discloses a modularized intelligent hanger device which comprises a head hanger and a body hanger connected with the head hanger through a data transmission line, wherein the body hangeris arranged on a body part and is provided with a controller; the head hanger is arranged outside a safety helmet; the head hanger is provided with AR glasses and detection instruments for meeting different working environment requirements; and the detection instruments are used for detecting power equipment, transmitting detection data to the controller through the data transmission line for real-time processing, and displaying a data processing result in real time through the AR glasses. The modularized intelligent hanger device is provided witha flexible interface, so that the AR glasses anda thermal imaging sensor, an electrified sensor, a gas sensor, a laser indicator, a distance meter and the like which are required by inspection can be hung and connected, and the inspection requirements of most industries are met; and the controller can process the measured data in real time, equipment faults and measurement results can be displayed in real time, and more intelligent functionsare realized.

The invention discloses a testing system for a precision validation hanging test of a height-finding radar, and a testing method implemented by the testing system. The testing system comprises aerialequipment and group equipment, wherein the aerial equipment comprises data acquisition equipment, and communication control equipment connected with both the data acquisition equipment and the height-finding radar; the ground equipment comprises ground control equipment, and a hanging tool used to hang the aerial equipment up to a testing height; and the ground control equipment is connected withthe data acquisition equipment through a wireless local area network, and is used to remotely access the data acquisition equipment and remotely control the height-finding radar through the communication control equipment. The system and the method disclosed by the invention have the advantages that the design is reasonable; automatic and intelligent data acquisition and product control are achieved by the ground equipment through remote desktop access, so that the labor intensity, the complexity and testing expenditures can be greatly reduced; and the measuring efficiency is high, data transmission is reliable, high simplicity and feasibility are achieved, and the cost is reduced.