79results about How to "Realize wireless remote control" patented technology

The invention relates to a work processing method and device for an intelligent storage tank and the intelligent storage tank. The wireless remote control over the intelligent storage tank is achieved. The method includes the steps of obtaining an object naming instruction sent by a client side through a wireless network, naming an object in the tank according to the object naming instruction, and displaying the name of the object. According to the technical scheme, the object naming instruction sent by the client side is obtained through the wireless network, the object in the tank is then named according to the object naming instruction, the name of the object is displayed, and therefore a user can name and recognize the object through the client side, the intelligent modularized control and management are achieved for intelligent storage tank, all parameters stored in the object are regulated and obtained in real time, and the object storage process is more intelligent.

The invention relates to the technical field of reconnection of diesel locomotives, and in particular to a wireless reconnection remote control device of a diesel locomotive. The wireless reconnection remote control device is formed by a reconnection control device and a remote controller, wherein an SCM (Single Chip Microcomputer) I of the reconnection control device is connected with an I / O (Input / Output) expansion module and a wireless data transmission module I; the SCM I is connected with a resistance braking signal sampling drive circuit, a control voltage sampling circuit, a reconnection main blast pipe, a reconnection main air reservoir equalizing pipe, a reconnection brake pipe and a reconnection brake cylinder pipe sampling drive circuit; the I / O expansion module is connected with a digital quantity sampling drive circuit; the resistance braking signal sampling drive circuit, the control voltage sampling circuit and the digital quantity sampling drive circuit are connected with a passage selecting switch; the passage selecting switch is connected with a 27-core reconnection socket. The wireless reconnection remote control device of the diesel locomotive, disclosed by the invention, is capable of remotely controlling the diesel locomotive through the 27-core reconnection socket meeting the AAR (Association of American Railroads) standard and has certain universality, and remote shunting and testing on the diesel locomotive are realized.

The invention discloses a wireless remote controlled self-propelled multitube electromagnetic cannon. The wireless remote controlled self-propelled multitube electromagnetic cannon comprises a remote controller, a wireless module, a single chip microcomputer, a working device, a power source and a chassis portion. The working device is fixedly arranged on the chassis portion. The single chip microcomputer is used for controlling the working device to fire and the chassis portion to walk by receiving control signals of the remote controller via the wireless module. The wireless module and the single chip microcomputer are arranged in the chassis portion. And the power source supplies power to the remote controller, the wireless module, the single chip microcomputer, the working device and the chassis portion. The wireless remote controlled self-propelled multitube electromagnetic cannon has the advantages that the defects of low initial speed, high cannon temperature, short firing distance, high dangerousness degree, complex mechanical structure and the like are overcome, the structure and circuits are simple, high reliability is achieved, and the shooting speed of bullets is adjustable in a wide range.

The invention relates to a valve control air Roots flowmeter with a built-in valve and a valve control air Roots flow metering box comprising the valve control air Roots flowmeter. The valve control air Roots flow metering box comprises a box body, wherein an air inlet pipe is communicated with an inlet of a filter; an outlet of the filter is communicated with an inlet of the air Roots flowmeter by a connecting pipe; an outlet of the air Roots flowmeter is communicated with an inlet of an air outlet pipe; a pressure gage is installed on the connecting pipe, and the air Roots flowmeter is connected with a controller by flow data through a data line; a valve for controlling the flow of the air Roots flowmeter is arranged in the air Roots flowmeter; and the valve is connected with an output end of a signal of the controller by the data line and controls the flow, the opening and the closing of the valve by the controller. The invention has the advantages that the design of the built-in valve of the air Roots flowmeter has compact integral structure, is difficult to destroy by persons and has good control effect; the wireless remote transfer control is realized, and the reliability and the safety of the metering of a gas metering box are greatly improved.

The invention discloses an intelligent button hood which is used in cooperation with a button panel on electrical equipment. The intelligent button hood comprises a hood body which comprises an accommodating cavity and a base, and the accommodating cavity makes contact with the button panel on the electrical equipment and is fixed on the button panel. A deformable and telescopic elastic piece, a heater being in contact with the elastic piece, a control unit connected with the heater and a power supply module supplying power for all components are arranged in the base. By means of the intelligent button hood, wireless remote control over various types of button type electrical equipment is achieved.

The invention relates to an electrical control system of a wagon shop repair wheel set suspension type axle machining assembly line. The electrical control system is composed of a low-voltage control cabinet (1), a PLC (2), a good axle storage line motor starter (3), a lathe assembly line operation wireless remote control panel (4), a grinder assembly line operation wireless remote control panel (5), a good axle storage line motor starter (6) and a dual-driving electric block starter (7). The electrical control system has the advantages that wireless remote control and multi-point automatic control over the system are achieved.

The invention discloses a derrick lifting wireless video monitoring system, and relates to the technical field of derrick lifting wireless video monitoring. The derrick lifting wireless video monitoring system is provided with a high-definition web camera used for collecting information of a derrick, pictures collected by the high-definition web camera are transmitted to a wireless bridge I through a wireless bridge power adapter I, the wireless bridge I sends signals out through a signal sending antenna, a signal receiving antenna receives the signals sent by the signal sending antenna and then transmits the signals to a wireless bridge II, the signals are transmitted to a computer processing terminal through a wireless bridge power adapter II, and the whole system is supplied with power by a power supply. The derrick lifting wireless video monitoring system has the advantages of being safe, reliable, stable in operation, clear and smooth in picture, capable of achieving wireless remote control and displaying the video pictures in real time, high in reusability, low in investment and the like.

The invention discloses a pair of electric shoes. Each electric shoe comprises a remote controller, wherein a storage battery module is fixedly assembled on a hard skeleton between a front row of pulleys and a rear row of pulleys; a soft front shoe sole is arranged at the front ends of the front row of pulleys; a circuit board is arranged in the soft front shoe sole; a lock mechanism is also arranged; the circuit board at least comprises a wireless module, a self-lock module and a brake module; and the self-lock module and the brake module are used for receiving a control signal which is received by the wireless module. According to the electric shoes, a mobile battery and a control unit are put into the shoe sole by fully utilizing the space and the shoe body structure, so that the electric shoes are compact; the control unit is well protected; a high temperature is avoided; the pulleys do not need to be stored; the walking function of a common shoe can be realized through a dead lock mechanism; the state of the dead lock mechanism is remotely controlled by the control module; the operation is very convenient and fast; the stability of the walking road holding force is ensured by the design of the pulleys and the selected materials; the dead lock mechanism is ingenious in design and good in stability, and is wirelessly remotely controlled; and a user can freely control the speeds of the electric shoes and braking and walking locking only by holding the remote controller, so that the electric shoes have excellent controllability, entertainment and practicability; and the electric shoes disclosed by the scheme are market blank products at home and abroad at present, and are huge in market potential.

The invention relates to a vehicular intelligent tour guide synchronization system with a GPS function. The vehicular intelligent tour guide synchronization system comprises a vehicular mainframe anda plurality of synchronization submachines and is characterized in that MP3 playing modules and identical voice tour guide audio files are arranged in the vehicular mainframe and the synchronization submachines, the vehicular mainframe and the synchronization submachines are wirelessly connected, and data communication between the vehicular mainframe and the synchronization submachines is achievedthrough wireless transceiving modules; the vehicular mainframe receives GPS, GLONASS and Beidou satellite signals to achieve automatic positioning and playing and transmits the code of a current-playing scenic spot to the synchronization submachines; the synchronization submachines receive the synchronous playing signal transmitted by the vehicular mainframe and immediately play the voice tour guide information of the current scenic spot. The vehicular intelligent tour guide synchronization system has the advantages that the system is simple in structure, clear in voice and good in system compatibility and expansibility, and the submachines do not need built-in GPS receiving modules and are low in cost; the wireless transceiving modules of the mainframe and the submachines are in a receiving state at ordinary times and do not transmit signals, and frequency interference cannot be generated easily.