6results about How to "Achieve continuous control" patented technology

The invention belongs to the technical field of terahertz, relates to terahertz communication, and particularly discloses a quasi-optical resonant cavity and a terahertz pulse compression system. According to the invention, the pulse generation module and the coupling compensation module are connected in parallel and are connected to the common reflector through the common coupler, so that function decoupling is realized. In a pulse compression stage, the common coupler introduces an incident terahertz wave beam into two optical paths, and destructive interference occurs between two paths of leakage signals by adjusting the coupling compensation module, so that zero coupling loss is realized, and the problem of large energy loss is solved. Meanwhile, the pulse generation module can independently adjust the optical path of the pulse generation module to control the pulse width, and the adjustment process does not affect the optimized interference condition, so that the high robustness of adjustment is ensured. In the output stage, energy is released by switching the state of the common coupler. Compared with the prior art, low-loss accumulation and robust pulse width continuous adjustment are realized at the same time, so that the terahertz pulse compression effect is remarkably improved.

This invention relates to the field of heated cigarette technology, specifically disclosing a heat-releasing structure and a heated cigarette. The first cavity contains an initiating solution. Multiple through-holes are arranged in an array on the outer wall of the inner shell, with m rows along the circumference and n columns along the axial direction of the inner shell, where m and n are both integers greater than 1. A heating layer fills the space between the outer and inner shells. Several plugs are correspondingly positioned to block the through-holes. An initiating component delivers the initiating solution to the heating layer. The heating layer and the initiating solution undergo an exothermic reaction to melt the plugs, allowing the initiating solution in the first cavity to flow into the heating layer through the through-holes. By delivering the initiating solution to the heating layer through the initiating component, a primary chemical reaction occurs between the heating layer and the initiating solution, releasing heat. This released heat melts the plugs in adjacent areas, thus achieving a gradual release of the initiating solution from the first cavity and promoting the staged, continuous exothermic reaction.

The utility model discloses a kind of single motor drive double mechanism's magnetic attraction type structure, it is related to mechanical drive technical field, including driving motor, continuous mechanism and intermittent mechanism;The driving motor is directly connected with the continuous mechanism;The intermittent mechanism rotation is arranged on the continuous mechanism, and the continuous mechanism indirectly drives the intermittent mechanism by magnetic attraction;Intermittent mechanism both ends are respectively correspondingly provided with deflection limit seat one and deflection limit seat two;The deflection limit seat one, deflection limit seat two and driving motor are all fixedly connected on the shell of the household appliance using a single motor drive double mechanism's magnetic attraction type structure;Single motor can realize the differentiating motion control to the continuous mechanism and intermittent mechanism on two different planes by magnetic attraction type structure.

The application discloses an online monitoring and safety management decision method for a corrosion dangerous area of a pressure-bearing equipment, and comprises the following steps: obtaining multi-source state monitoring information reflecting the running state of the equipment; uniformly managing the multi-source state monitoring information to form a state information set; analyzing the corrosion distribution characteristics of the pressure-bearing equipment during the running period based on the state information set; identifying the corrosion dangerous area according to the corrosion distribution characteristic analysis result; analyzing the running management strategy of the pressure-bearing equipment in combination with the engineering judgment requirement to form a corresponding safety management decision; implementing the safety management decision and continuously tracking, and adjusting the monitoring strategy and the management strategy according to the change of the running period state information. The application does not depend on a specific detection principle or a complex evaluation model, but combines the running period state information, the corrosion area characteristics and the engineering judgment requirement to provide a basis for the safety management, the running strategy adjustment and the subsequent engineering disposal of the pressure-bearing equipment.

The utility model belongs to the technical field of electronic cigarette, disclose a kind of electronic cigarette atomizer equipment, wherein, including: oil depot component;Atomization component is installed in oil depot component, and atomization component and oil depot component jointly form air inlet passage;Air inlet sliding block is slidably installed on oil depot component, and one end of air inlet sliding block is inserted in the opening of air inlet passage;Wherein, along the opening side wall of air inlet passage sliding air inlet sliding block, to make opening open / close;The utility model is slidably provided with air inlet sliding block on oil depot component, and one end of the air inlet sliding block is inserted in the opening of air inlet passage, utilize the sliding of sliding block relative to air inlet passage opening side wall, realize the continuous control to air inlet area, to realize the linear regulation of airflow size, different user's individualized demand to suction resistance and atomization effect can be effectively satisfied.

The invention relates to the technical field of energy storage converters, and provides a transient performance improvement control method and system for a network construction type energy storage converter, and the method comprises the steps: employing an active reference adjustment coefficient to adjust an active power reference value for active power, calculating the deviation between the active power and the active power reference value, and obtaining a phase angle through an active ring; for reactive power, the deviation between the reactive power and a reactive power reference value is calculated, and internal potential is obtained through a reactive ring; by controlling the on-off of the first switch, the internal potential is used as the input of the impact current suppression ring during normal operation, and the voltage regulation parameter is used as the input of the impact current suppression ring when a power grid has a fault; and the impulse current suppression ring obtains the output of the impulse current ring by controlling the on-off of the second switch and controlling the input or exit of the impulse current suppression impedance, obtains a modulation signal through the voltage ring and the current ring, and generates a driving pulse of each power switch device. And the transient performance, the robustness and the engineering applicability are obviously improved.