5results about How to "Eliminate malfunctions" patented technology

This invention discloses a roving blocking device, a yarn cutting box, spinning equipment, and a roving blocking control method, relating to the field of spinning technology. The roving blocking device includes a first sensor and a blocking mechanism. The blocking mechanism includes a rod that partially extends between roller assemblies based on a yarn breakage signal to block the roving. The first sensor includes a photoelectric sensor that detects the movement of the rod. The rod includes a light-blocking portion and a light-transmitting portion. The rod is positioned opposite the photoelectric sensor from the light-blocking portion to the light-transmitting portion. The movement signal of the rod output by the first sensor can be used together with the yarn breakage signal as a judgment criterion, helping operators to address the two problems that reduce production efficiency: the blocking mechanism has activated even when the yarn has not broken, and the blocking mechanism has not activated even when the yarn has broken. This is beneficial for improving yarn production efficiency.

This utility model discloses a two-way push-button switch, including a base, a top cover, a button, a waterproof ring, a connector, and a PCB board. Tactile switches are located on both sides of the PCB board, and adapter pressing heads are located on both sides of the button. The top cover covers the base. The key improvement lies in the following: the top cover has a raised rocker step on one side of the button, with a first contact plane at the top of the rocker step contacting the top wall of the button; elastic retaining rings are located on both sides of the button, with a second contact plane on the bottom surface of the retaining groove; and retaining steps are located on both sides of the top cover, with a third contact plane on the bottom surface that adapts to the second contact plane; the rocker step, elastic retaining rings, and retaining steps are all located between the two pressing heads. This design uses multiple sets of planar mating surfaces instead of traditional circular mating surfaces, effectively limiting the radial displacement of the button relative to the top cover, preventing the button from wobbling left and right, and ensuring the alignment accuracy between the pressing heads and the tactile switches; at the same time, it constrains the button pressing trajectory, preventing accidental pressing caused by button tilting when pressing one side or the middle, and eliminating circuit malfunctions.

This invention specifically relates to a machine vision-based visual correction method and system for intelligent conveyor belts in mining, belonging to the field of automation technology for mining transportation equipment. It includes: a continuous image acquisition module for conveyor belt edges; a temporal extraction module for lateral displacement at the edges; a frequency domain conversion and high-frequency jitter filtering module; a low-frequency deviation trend temporal restoration module; and an anti-interference correction execution control module. This invention employs global shutter imaging technology and a near-infrared grazing illumination scheme to address image geometric distortion under high-speed motion. Simultaneously, it utilizes the characteristics of long-wavelength light to reduce the impact of dust scattering, forming clear and sharp grayscale step features at the conveyor belt edges. Combined with a damped shock-absorbing gimbal and a pneumatic blowing device, it further suppresses the interference of mechanical vibration on image quality, maintaining the long-term cleanliness and thermal stability of the optical system.

The present application relates to the technical field of numerical control, and discloses a diamond electro-discharge combined cutting regulation system for precise hard and brittle substrates, which comprises a control module, a wire saw cutting module, a pulse power supply and a thickness adjusting mechanism. The control module is electrically connected with the rest modules to generate process parameters and issue control instructions. The thickness adjusting mechanism adjusts the spacing of the diamond wire saw according to the instructions. The pulse power supply generates high-frequency pulse discharge between the wire saw and the hard and brittle substrate to form a discharge channel. The control module drives the wire saw to mechanically grind the substrate, and controls the pulse power supply to melt and vaporize the surface material of the substrate, and the mechanical grinding is used to remove the discharge metamorphic layer synchronously. The present application realizes the compatibility of pulse discharge and mechanical grinding in the physical space by real-time monitoring and multivariable closed-loop regulation of the processing gap state by the control module, can independently cope with abnormal working conditions, and effectively reduces the cutting resistance and the risk of wire breakage.

This application provides a multi-source heterogeneous data fusion method for battery swapping systems, applied to the field of automotive power battery safety monitoring technology. The method controls the directional folding of the thin-walled metal lip at the male end of the battery swapping port to form a Hertzian contact interface, and generates a self-calibrated acoustic attenuation ratio based on the attenuation ratio of transverse and longitudinal composite ultrasonic signals. It induces particle agglomeration by forming transient vortex rings through pulsed airflow and generates an inhalable blockage index using mixed laser scattering signals. It also induces micro-vaporization of the refrigerant through reverse pumping of a liquid cooling system micro-pump, and generates an equivalent overheat loss based on broadband thermoacoustic signals. Time-domain alignment and fusion decisions are performed on the above three parameters. When all three continuously exceed a threshold, a safety trigger command is generated, driving the aluminum foil rupture disc to break and the shape memory alloy retaining ring to undergo phase transformation, collaboratively completing dust removal and structural accommodation. This invention achieves multi-dimensional collaborative monitoring and active safety protection of the battery system's mechanical connections, heat dissipation channels, and cooling efficiency.