30results about How to "Guaranteed continuous power generation" patented technology

The invention discloses a liquid anti-ice and snow solar cell panel mechanism, which comprises a base plate, a solar cell panel, a solar controller, a storage battery, an inverter, an electric control device, a wireless communication module, an upper miniature liquid level sensor, and a lower miniature liquid level sensor. Sensor, anti-icing liquid tank, liquid outlet pipe, glass partition, liquid outlet long hole, electric push rod, glass baffle, holding tank, liquid storage tank, left baffle, right baffle, air extraction pipe and bell mouth. The invention also discloses an anti-icing control method of the liquid-type anti-icing and snowing solar panel mechanism. The invention has simple structure and convenient control method, can prevent the battery from overheating in summer, and can prevent ice and snow from condensing on the solar panel in winter, ensuring that the solar panel can also use ambient light to continuously generate electricity in snowy weather.

The invention discloses a wind-wave energy generating device based on a floating platform, comprising: a wind power generation component, a floating platform, and a wave power generation component; the wind power generation component is arranged on the platform of the floating platform; Several wave power generation components are evenly arranged in the circle; the height of the wave power generation components can be adjusted according to the undulation height of the waves; there is a pendulum type power generation mechanism in the float, and the swing of the float with the waves drives the pendulum to do a circular motion to generate power. The present invention can adjust the floating space of the float up and down by adjusting the position of the moving plate when the waves fluctuate in different sizes, and increase the floating range of the float; The gear set with output in the same direction realizes that the generator can rotate regardless of the forward rotation or reverse rotation of the pendulum weight, ensuring continuous power generation.

The invention discloses a conveying trolley. The conveying trolley comprises a control module, a power shaft, a power transmission mechanism and a conveying mechanism, wherein the power shaft, the power transmission mechanism and the conveying mechanism are sequentially connected in a transmission mode. The power shaft is connected with the power transmission mechanism in a transmission mode through an electromagnetic clutch. The control module is electrically connected with the electromagnetic clutch. By means of the conveying trolley, the power shaft and the power transmission mechanism can be connected and disconnected by controlling the electromagnetic clutch through the control module. The power transmission mechanism is connected with the conveying mechanism in a transmission mode, and therefore power is conveyed to the conveying mechanism through the power shaft when the power shaft and the power transmission mechanism are connected through the electromagnetic clutch. When the power shaft and the power transmission mechanism are disconnected through the action of the electromagnetic clutch, working of the conveying mechanism is stopped. The electromagnetic clutch replaces a lifting mechanism and a supporting wheel in the prior art, mechanical connection is converted into electromagnetic connection, mechanical noise is lowered and reduced, and the service life of the conveying trolley is prolonged.

The invention discloses a generator including a body having a cavity, a mass block in the cavity, and a first electrode and a second electrode staggered on the outer peripheral surface of the body, because elastic components arranged in the cavity are easy to elastically deform when the elastic components are collided by the mass block, the mass block can be bounded back and can perform reciprocating motion in the cavity of the body, and the continuous generating of the generator is guaranteed. Compared with the prior art, the generator can collect more impact energy and output a large amount of electric charge. The problem that the existing friction nanometer generator has less collected impact energy collected and the smaller amount of electric charge output.

The invention discloses a mud turbine generator of an automatic vertical drilling tool. The mud turbine generator comprises a generation structure, a front oil chamber supporting mechanism and a rear oil chamber compensating mechanism. According to the generation structure, an inner permanent magnet is arranged on the outer circle of the middle of a motor shaft in a sleeving mode; an outer permanent magnet is fixed to the inner permanent magnet; an outer motor cylinder is arranged outside the outer permanent magnet in a sleeving mode; and a turbine is connected to the outer circle of the outer motor cylinder in a buckled mode. A four-core high-pressure seal and a multi-core high-pressure seal are installed at the upper end and the lower end of the motor shaft respectively. According to the front oil chamber supporting mechanism, a sealing cap, an adjusting piece, a thrust bearing, a locating sleeve and a deep groove ball bearing I are sequentially installed on the upper part of the motor shaft from top to bottom in a sleeving mode. According to the rear oil chamber compensating mechanism, a deep groove ball bearing II, a piston and a compensation spring are sequentially installed on the periphery of the lower part of the motor shaft from top to bottom in a sleeving mode. According to the invention, underground normal work of the tool can be guaranteed.

The invention discloses a control method for anti-icing and snowing of a solar street lamp system. The electric control device receives the signals of the upper micro liquid level sensor and the lower micro liquid level sensor, and correspondingly controls the electric push rod to drive the glass baffle to close or open the long liquid outlet hole. ; When the sub-electronic control device is working, the image captured by the camera is transmitted to the main electronic control device through the connecting cable; when it snows, the mixture of melted snow water and anti-icing fluid flows down along the upper surface of the solar panel , so that the anti-icing fluid is gradually distributed on the surface of the solar panel; so that the solar panel will not be covered by snow in snowy weather. The invention is easy to control, and can prevent ice and snow from condensing on the solar panel in winter, so that the solar panel can also use ambient light to continuously generate electricity in snowy weather, and the power of each solar panel mechanism in the entire street lamp system can be mutually balanced and coordinated. Added to improve the stability of the overall work.

The invention discloses a detection device and a diagnosis method for an asymmetrical fault area of ​​a networked micro-grid. The micro-grid is connected to the main network through a contact area, and the contact area includes a first circuit breaker CBA, a contact transformer and a second circuit breaker connected in series in sequence. Two circuit breakers CBB; the fault detection device includes a first impedance measurement element connected to the main grid side bus data, a second impedance measurement element connected to the micro grid side bus data, and installed at the access point of the micro grid public connection point The switch is a negative-sequence voltage start-up element connected to the microgrid side bus data; it also includes a microprocessor, an alarm and a display, and the microprocessor is connected to the alarm, the display, the first impedance measuring element, the second impedance measuring element and the The negative sequence voltage initiates the electrical connection of the elements. The invention has the characteristics of simple and fast diagnosis process, good reliability, strong anti-interference ability and strong operability.

The invention discloses a TRT (Blast Furnace Top Gas Recovery Turbine Unit) coordination control method and system. The method comprises the following steps of: collecting the top pressure signal, the furnace condition information and the gas flow signal of a blast furnace; determining the conditions of the blast furnace by a PLC (Programmable Logic Control) system according to the top pressure signal, the furnace condition information and the gas flow signal, and then carrying out step-by-step regulation control of the TRT unit. According to the invention, the automatic protection control idea of the blast furnace fault bypass is adopted, and the all-weather operation of the TRT unit is guaranteed during the running of the blast furnace through coordinating and ordered cooperation and adjustment between a stationary blade, a bypass valve and a blast furnace pressure reducing valve bank; when the top pressure of the blast furnace is higher than the predetermined value, the TRT unit does not stop; at the same time when the stationary blade of the TRT unit is under adjustment control, the bypass joins in the adjustment control to split the gas flow which is turbined through the TRT unit; therefore, the TRT unit is protected, the top pressure of the blast furnace is guaranteed to be stable and continuous power generation of the TRT unit is effective ensured.