12 results about "Microprocessor system" patented technology

The invention discloses smoke and fire identification equipment based on a double-filtering switcher and a flame identification method, and relates to the field of fire fighting. A CMOS (complementary metal oxide semiconductor); a network transmission system; a power supply module; the switchable double optical filter mechanism is switched between the infrared cut-off optical filter and the full-spectrum optical filter; an analysis model is arranged in the micro-processing system, and the micro-processing system is configured to control the infrared cut-off optical filter to cut into an optical path in a conventional state to obtain a visible light image for flame initial detection, and control the full-spectrum optical filter to cut into the optical path and reduce the CMOS sensitivity to obtain a full-spectrum image for flame confirmation. According to the invention, a switchable double-optical-filter mechanism is adopted for a single camera, and light is filtered through two switches, so that the flame recognition speed is improved while the cost is reduced, the CMOS sensitivity is adjusted, repeated de-duplication is carried out on an image, and image analysis and comparison data of comparison of a conventional scene and a flame scene by the camera are enriched and improved.

The invention discloses an embedded single-network-port multi-IP communication device, and a dynamic configuration method, a data transmission method and a fault recovery method of the communication device. The communication device comprises an embedded microprocessing system, a storage system, a man-machine interaction interface, a network input and output interface and a double-logic network interface virtualized in core control software, and the network input and output interface is a single physical Ethernet interface. And the dual-logic network interface comprises a fixed interface and a dynamic interface which share the same physical network port. The method provided by the invention adopts the communication device. Parallel communication of double logic IP addresses is realized through the single physical network port, the hardware cost and the integration level are optimized, the flexibility and the real-time performance of network configuration are improved, the reliability and the maintainability of the system are enhanced, and the resource utilization rate is improved.

The application discloses a four-quadrant tracking and positioning sensor based on eddy current differential nonlinear effect, which comprises an upper and lower parallel detection coil array plate and a target conductor. The application passes the same excitation signal into four plane coils on the detection coil array plate, converts the two-dimensional micro displacement of the detection coil array plate relative to the target conductor array plate into the voltage signals of the four plane coils by using an inductance measurement circuit, processes the four voltage signals by using a microprocessor system, obtains the differential signal related to the displacement, and takes the differential signal as the input signal of an executing mechanism. Due to the sensitivity characteristics of high center and low edge, the application can be specialized in the negative feedback regulation of a plane displacement mechanism, and can also adapt to harsh environments such as oil stains and dust. The application has the advantages of simple structure and good reliability, and is suitable for the negative feedback position regulation scenes of detecting the plane two-dimensional displacement, such as a fast steering mirror, a laser stabilizer, a solar panel attitude calibration and the like.

A power-over-Ethernet (PoE) powered multichannel streaming audio amplifier includes a plurality of Ethernet ports each configured to be coupled to an Ethernet cable and capable of receiving power and audio data transmitted over the Ethernet cables. Power supply circuitry connected to the Ethernet ports is configured to combine and manage the power received at the Ethernet ports. A microprocessor subsystem powered by the power supply circuitry is configured to receive and process the audio data to generate output audio signals. A digital audio amplifier powered by the power supply circuitry amplifies the output audio signals received from the microprocessor system. A plurality of audio outputs connected to the digital audio amplifier are each configured to be connected to a different one of a plurality of speaker devices to transmit the audio output signals amplified by the digital audio amplifier to the plurality of speaker devices.

The present invention relates to the technical field of water purification. A water purification device having a state display system capable of self power generation, the device comprising a water purification device, the water purification device having a purified-water outflow channel; and further comprising a microprocessor system, the microprocessor system being connected to a display screen. A self power generation device comprises a housing, wherein the housing has a water inlet and a water outlet, the water inlet is provided at the upper portion of the housing, a rotating wheel is disposed in the housing, the rotating wheel comprises a rotating shaft and connecting rods arranged around the rotating shaft, and a water container having an opening is provided at the tail end of each connecting rod; and while rotating, the water container can rotate to a position below the water inlet, and at this position, the opening of the water container faces the water inlet. The self power generation device further comprises a generator and a power storage system, wherein electric energy of the generator is connected to the power storage system. The microprocessor system runs filter element life measurement software, and a filter element life information input port of the microprocessor system is linked with the self power generation device.

The application discloses a fiber compass data transmission acceleration method based on an IBS system, wherein the IBS system comprises a fiber compass system, the fiber compass system comprises a distribution unit, the IBS system comprises a plurality of external instruments or devices, and the IBS system further comprises a microprocessor; data signals collected by the external instruments or devices in the IBS system are firstly transmitted to the microprocessor for preliminary judgment and screening, and then the data signals after the preliminary judgment and screening are transmitted to the fiber compass system after being distributed with real clock data signals, so that the sailing parameters of a ship are corrected; and then the corrected sailing parameters of the ship are transmitted back to the external instruments or devices, so that the external instruments or devices are adjusted according to the sailing parameters, and finally the autonomous sailing control of the ship is realized; and the application can be applied to the IBS system with the fiber compass system, and solves the technical problems that the signal transmission between the fiber compass system and the IBS system is prone to errors or lag and lacks effectiveness judgment.

A microprocessor system comprises a computational array and a vector computational unit. The computational array includes a plurality of computation units. The vector computational unit is in communication with the computational array and includes a plurality of processing elements. The processing elements are configured to receive output data elements from the computational array and process in parallel the received output data elements.

A clock control method for a slave device and a microprocessor system using the same are disclosed. The clock control method for a slave device comprises connecting a microprocessor and a plurality of slave devices via a bus; controlling a clock signal to enable or disable for one of the plurality of slave devices through a corresponding one of a plurality of clock gating circuits; pre-decoding an instruction output by the microprocessor to the bus to obtain an address of the instruction; finding a specific slave device corresponding to the address from the plurality of slave devices; and when one of the plurality of clock gating circuits corresponding to the specific slave device is not enabled, enabling the one of the plurality of clock gating circuits so that the specific slave device operates normally to receive the instruction.

The invention relates to the field of electric appliance cabinets. The robot power failure voiceprint scanning and positioning system comprises an electric appliance cabinet, a sliding rail is arranged in the electric appliance cabinet, and the robot power failure voiceprint scanning and positioning system further comprises a power detection robot movably connected to the sliding rail. The electric power detection robot is provided with a micro-processor system and an audio acquisition device, the audio acquisition device is provided with at least two microphones, and the micro-processor system acquires voiceprints emitted by electric appliances in the electric appliance cabinet through the microphones; an abnormal voiceprint triggering condition is stored in the microprocessor system, and when the sound received by the microphone meets the abnormal voiceprint triggering condition, a triangulation positioning method is operated to determine the position of a sound source emitting abnormal voiceprint; the microprocessor system takes the average value of the sound source positions as the position of the fault electric appliance. According to the invention, the fault point is pre-judged through the voiceprint and the fault information is timely transmitted to the outside, so that the problems that the fault is not found timely and the fault point is difficult to find are solved.

The better embodiment of the invention relates to a slave device clock control method and a microprocessor system using the same, and the slave device clock control method comprises the following steps: connecting a microprocessor and a plurality of slave devices on a flat cable; in the plurality of slave devices, a plurality of corresponding clock gate circuits are used for controlling whether clock signals are conducted or not; decoding an instruction output by the microprocessor to the flat cable in advance to obtain an address of the instruction; finding out a specific slave device corresponding to the address from the plurality of slave devices; and when a clock gate circuit corresponding to the specific slave device is not conducted, controlling the clock gate circuit to enable the specific slave device to operate normally so as to receive the instruction.

The utility model discloses an electromagnetic locking device for an air door. The electromagnetic locking device comprises a hardware function module unit, a central control unit, a wireless transceiving transmission system, a working power supply and a shell, the hardware function module unit comprises a reed switch magnetic proximity switch, an electromagnetic explosion-proof magnetic lock and an audible and visual alarm; the central control unit takes an STC12 single-chip micro-processing system as a core and is matched with an onboard MOSFET (Metal-Oxide-Semiconductor Field Effect Transistor); the wireless transceiving transmission system is based on a Lora technology, the working frequency is 410-525MHz, and a differential bus communication mode is adopted; the working power supply is an intrinsic safety explosion-proof power supply of 127V AC-12VDC, the shell is an explosion-proof box, wires of the electromagnetic explosion-proof magnetic lock, the audible and visual alarm and the reed switch magnetic proximity switch are connected into the explosion-proof box, and an antenna of the wireless transmission module is externally arranged and fixed in the explosion-proof box. The system has the advantages of high safety, strong reliability, good practicability and high intelligent degree, and can effectively guarantee the ventilation safety of the coal mine and improve the management efficiency.

The invention relates to the technical field of test and measurement, in particular to a distributed solar panel power generation state detection system. Comprising a bolt detection system, the bolt detection system comprises pressure sensors, each fixing bolt is correspondingly provided with a pressure sensor, and the pressure sensors are connected to a microprocessor system; the system also comprises a voltage self-checking system. Each solar panel is correspondingly provided with a voltage sensor and an electric interlocking switch; two signal acquisition ends of the voltage sensor are respectively connected to two electric energy output lines of the solar panel; the electric interlocking switch is provided with an input end, a normally closed output end and a normally open output end, the input end is connected to one electric energy output line, the normally open output end is connected to the other electric energy output line through the discharge resistor, and the normally closed output end is connected with the electric energy management system; the control end of the electric interlocking switch is connected to the microprocessor system; the joint work of the bolt detection system and the voltage self-checking system ensures the accuracy and the response speed of the emergency maintenance alarm of the solar panel.