7 results about "Coverage control" patented technology

Cover for covering an opening in a housing of a control unit, wherein the cover (30) is made of a metallic material, has a bottom section (32) and an edge section (34), wherein the edge section (34) extends obliquely from the bottom section (32) and has a number of tabs (36), wherein a bending area (38) is provided in the edge section (34) and a groove (40) is formed in this bending area, in the area of ​​which a wall thickness of the tabs (36) of the edge section (34) is reduced.

This invention discloses a synchronization method for a semi-Markov jumping neural network with measurement loss, belonging to the field of synchronization control technology for semi-Markov jumping neural networks. This invention can guarantee the mean-square global asymptotic stability of the error system when external disturbances are zero, and meet a preset disturbance attenuation level when external disturbances exist. The controller in this invention explicitly includes a non-fragile term structure, covering the control gain to realize error / uncertainty, avoiding the risk of "nominal design feasibility but implementation failure." This invention employs a dynamic event triggering mechanism to avoid Zeno risk at the mechanism level through "minimum trigger interval," and avoids performance degradation caused by long-term lack of updates through "maximum interval forced update." Dynamic variables achieve adaptive trigger thresholds, thereby reducing unnecessary transmissions while meeting performance requirements.

This invention relates to the field of intelligent control, specifically to an intelligent control method and system for green grain storage environment based on the Internet of Things (IoT). It includes: acquiring data; determining the dew point temperature of the outside air and constructing long-term potential moisture-affected prediction characteristics; constructing short-term actual moisture-affected response characteristics; determining the moisture-affected trigger intensity; calculating the number of effective diffusion areas within the grain storage facility where moisture initiation occurs; generating local control demand and global control demand; comparing the local and global control demand, determining control instructions based on the comparison results, and controlling the grain storage environment according to the control instructions. This invention can implement targeted and precise control to reduce energy consumption when the risk of moisture-affected conditions is concentrated in a localized area, and can promptly switch to global coverage control to ensure grain storage safety when the risk spreads to multiple areas.

The application discloses a projector multi-zone cooperative heat dissipation control method based on scene sensing and disturbance compensation, comprising the following steps: S1, collecting the mainboard SoC temperature, the light source module temperature, the power module temperature, the environment temperature, the signal source type, the running load, the frame average brightness and the brightness change rate in the same control cycle. The projector multi-zone cooperative heat dissipation control method and system based on scene sensing and disturbance compensation, by fusing the temperature, the signal source, the running load and the picture brightness change data in the same control cycle, form the heat dissipation control logic composed of the reference rotating speed, the scene rotating speed offset, the disturbance compensation rotating speed, the main auxiliary fan slave cooperation and the safety coverage control, so that the projector can dynamically adjust the main fan and auxiliary fan rotating speed according to different use scenes, different core heat zone states and different transient heat disturbance states.

The application discloses a crane line fault diagnosis system and method, which comprises a display, a detection module and a detection line arranged on a crane control box; the detection line is a line drawn from a non-control signal connection point of the crane control box, the detection line is electrically connected with the detection module, and is used for sending the detected non-control signal to the detection module; the detection module is used for diagnosing the received non-control signal, and transmitting the fault diagnosis result and the received non-control signal to the display; and the display is used for analyzing and displaying the received fault diagnosis result. The application can diagnose the non-control signal, thereby covering the internal full-line diagnosis of the control box, and improving the crane fault diagnosis capacity.

The application discloses a kind of micron controllable micro-injury ultrasonic focusing treatment equipment, belong to ultrasonic medical equipment technical field, including dot matrix micron ultrasonic focusing transducer module, adaptive adjustment module, three-dimensional dot matrix global coverage control module, local micro-injury temperature control and safety monitoring module, it can also include coupling and cooling module, one-key operation module, host control module, the core innovation point is in that high-pressure cabin closed structure is used with resonant cavity type ultrasonic transducer, utilizes pressurized sound transmission medium and cavity resonance to realize micron focal domain high-efficiency energy convergence;Adapt to micron controllable micro-injury vascular pruning therapy, realize full-depth energy uniformity by adaptive adjustment, three-dimensional dot matrix coverage realizes global treatment, and safety monitoring guarantees no necrosis treatment.