7results about How to "Curb risk" patented technology

The control ECU controls the vehicle. The vehicle includes: a battery capable of external charging and storing electrical power to drive the vehicle; and a compressor that uses the rotational force generated by the battery's power to compress refrigerant, lowering the temperature inside the vehicle. The battery is cooled by the refrigerant. During external charging of the battery, when the compressor speed decreases to a predetermined condition, the control ECU controls the compressor to maintain its speed at a level that does not supply the battery with a charging power limit. Therefore, even when the compressor speed decreases during external charging, the compressor is controlled to maintain its speed at a level that does not supply the battery with a charging power limit. Thus, supplying the battery with charging power exceeding the charging power limit is avoided.

The present application relates to food processing equipment and control technology field, disclose a kind of vacuum microwave crisp piece drying parameter intelligent optimization system, including vacuum drying cavity, microwave generating unit, vacuum moisture removal unit, pneumatic excitation unit, pneumatic impedance matching unit and main control unit, and pneumatic excitation unit constructs dynamic change pneumatic excitation response field in cavity;Pneumatic impedance matching unit is installed in microwave waveguide, based on the pressure difference change in field generates hardware linkage response, and transmission impedance is adjusted adaptively by mechanical displacement.Synchronous acquisition of main control unit transient pressure and microwave reflected power, solve the transient gas release impedance of the water release resistance and the net energy coupling factor of the hardware loss, according to this, identify constant-speed dehydration, puffing shaping and drying end point, and generate instruction dynamic adjustment excitation frequency or maintain negative pressure.The present application utilizes physical field coupling, realizes the non-contact monitoring of material drying state under vacuum environment and the self-adaptive precise matching of microwave energy.

A three-branch, six-DOF (degrees of freedom) parallel composite robot includes a carrier body that moves with a planar mobile platform. The carrier body is equipped with a six-DOF attitude adjustment mechanism and an electronic control module. A moving platform module is mounted on top of the six-DOF attitude adjustment mechanism. The six-DOF attitude adjustment mechanism includes three branches, each branch comprising a lateral sliding joint and a vertical sliding joint connected by a cross-slider. The lateral sliding joint is mounted on a first mounting plate and driven by a first lead screw, while the vertical sliding joint is mounted on a second mounting plate and driven by a second lead screw. The second mounting plate is connected to the moving platform module via a ball joint. When the planar mobile platform is locked, the six-DOF attitude adjustment mechanism achieves six-DOF pose adjustment of the moving platform module through the coordinated movement of the lateral and vertical sliding joints of the three branches. This invention features high load capacity, high rigidity, and a large extension ratio, maintaining overall stability while balancing flexibility and workspace.

This invention discloses an all-solid-waste alkali-activated cementitious material and its preparation method, relating to the field of building materials technology. The cementitious material, by weight, comprises the following components: 300-400 parts blast furnace slag, 150-350 parts glass powder, 30-200 parts red brick powder, 40-70 parts desulfurized gypsum, 160-260 parts alkali activator, 10-30 parts sodium sulfate, 30-40 parts sodium tripolyphosphate, 0.4-5 parts silane coupling agent, and 200-400 parts water. This invention utilizes various industrial wastes such as blast furnace slag, glass powder, red brick powder, and desulfurized gypsum to prepare an all-solid-waste alkali-activated cementitious material. It possesses excellent mechanical properties, outstanding durability, and strong environmental adaptability, improving the utilization rate of industrial solid waste, reducing the use of traditional cementitious materials such as cement, lowering resource dependence and production costs, and promoting the low-carbon transformation of building materials.

This invention discloses an SCR ammonia injection control method and system. First, a PLS regression is constructed by collecting signals such as inlet / outlet NOx, flue gas volume, temperature, oxygen content, and ammonia flow rate. The regression coefficients are then used as state variables and updated online adaptively by Kalman filtering. Next, the ammonia injection quantity is calculated using SCR stoichiometry as feedforward, and model-based feedback correction and inlet NOx slope disturbance feedforward are introduced. Combined with operating condition fluctuation detection, valve smoothing, and amplitude limiting, ammonia injection valve commands are generated, achieving stable control of outlet NOx near a narrow-band setpoint, reducing ammonia consumption and valve adjustment frequency.

This invention discloses a multivariate collaborative optimization system for industrial circulating water flow for freezing protection of liquid alkali storage tanks, relating to the field of liquid alkali storage tank freezing technology. First, it collects thermal flow infrared images of the liquid alkali storage tank surface and pipe nodes, flow sensor data, and environmental temperature and humidity parameters to construct a multivariate dynamic feature matrix. Then, it extracts freezing sensitivity indicators for each key node to construct a topological map of thermally vulnerable areas. By performing time-series clustering of node flow velocity fluctuations, a freezing conduction probability weight map is generated. Next, the weight map is embedded into the circulating water network optimization objective function, and an improved particle swarm optimization algorithm is used to output the target flow rate of each branch. Based on this, the variable frequency operation parameters of the circulating pump are calculated to drive the hydraulic system adjustment. When the freezing critical value approaches, a micro-circulation heat exchange mode is automatically triggered. This invention can achieve accurate prediction and proactive response to freezing risks, improving the safety and energy efficiency of liquid alkali storage tank operation in winter.

The utility model discloses a based on the double circle track of flexible initiative barrier formula carrier trolley of variable diameter, including chassis component, walking wheel subassembly, walking wheel power system subassembly and flexible clamping system subassembly, and walking wheel subassembly includes four walking wheels of matrix arrangement, walking wheel power system subassembly is connected with four walking wheels, is used for driving four walking wheels and walks on double circle track, flexible clamping system subassembly includes four guide wheels and guide drive system of four guide wheels are connected with opposite settings, and guide wheel can roll along the inner wall of double circle track both sides, and guide drive system can adjust guide wheel automatic keep with the inner wall of double circle track constant pressure contact according to the size between the inner wall of double circle track. Based on the double circle track of flexible initiative barrier formula carrier trolley of variable diameter, has solved the technical problem of traditional rigid structure easy to jam, derailment on the double circle track, and has high stability, strong environmental adaptability simultaneously.