3results about How to "Easy and seamless integration" patented technology

The utility model belongs to the cigarette production technical field, concretely relates to a kind of on-line automatic adjusting device of secondary winnowing air inlet ventilation quantity of cigarette machine, the device includes: porous baffle, is blocked in the air inlet place;Drive arrangement, the drive arrangement non-drive end is fixedly installed in the lower surface of the porous baffle;Wear plate, one end is fixedly connected in the drive end of the drive arrangement, the other end is attached to the hole face of the porous baffle;The drive arrangement drives the wear plate to make relative translation along the hole face of the porous baffle, adjusts area by covering / exposing hole to change the effective area of porous baffle aperture, to realize the on-line automatic adjustment of air inlet ventilation quantity.The utility model replaces artificial knob or valve preset by automation control completely, reduces the working intensity of operator, and reduces the equipment downtime or debugging frequency caused by improper human operation, and then reduces maintenance cost.

The invention belongs to the crossing field of artificial intelligence and geophysics, and particularly discloses a transient electromagnetic forward modeling method and system considering an induced polarization effect based on deep learning, and the method comprises the steps: inputting Cole-Cole key parameters representing the induced polarization effect into a CNN-LSTM mixed deep learning network model for forward modeling, and obtaining transient electromagnetic response data; wherein Cole-Cole key parameters representing the induced polarization effect serve as multi-dimensional input features of the CNN-LSTM mixed deep learning network model, transient electromagnetic response data of a corresponding time channel serve as output, and the CNN-LSTM mixed deep learning network model is trained by adopting a segmented weighted mean square error loss function. According to the method, the segmented weighted mean square error loss function is adopted in the training stage, higher weights are given to the symbol inversion points and the prediction errors of the adjacent time windows, and the reliability of all-time response prediction is guaranteed.

The utility model discloses a wireless temperature measuring device suitable for a high-temperature area of a multi-metal smelting rotary kiln, which comprises a thermocouple, a thermocouple protection sleeve arranged outside the thermocouple, an outer protection shell arranged outside the thermocouple protection sleeve, and a fire-resistant filler layer arranged between the outer protection shell and the thermocouple protection sleeve. The thermocouple protection sleeve is fixedly installed on a rotary kiln outer shell, the outer protection shell is fixedly installed on a rotary kiln lining, the inner side end of the thermocouple protection sleeve is inserted into the inner side of the rotary kiln lining, the wireless temperature transmitter is detachably installed at the outer end of the thermocouple protection sleeve, and the wireless transmitting module is arranged on the wireless temperature transmitter. And the wireless temperature transmitter is matched with the wireless transmitting module and the wireless gateway to transmit the temperature detected by the thermocouple. The wireless temperature measuring device is provided with the corresponding outer protective shell and can effectively isolate or reduce heat radiation.