3results about How to "Achieve distinction" patented technology

A pneumatic distinguishing mistake-proofing mechanism belongs to the field of automobile manufacturing, and the mistake-proofing mechanism comprises a main air inlet, a vehicle model 1 air connection, a vehicle model 2 air connection, a vehicle model 1 air outlet, a vehicle model 2 air outlet and a roller; a mechanical valve is arranged between the main air inlet and the roller, the mechanical valve is actuated between the vehicle model 1 air connection and the vehicle model 2 air connection, when a workpiece presses the roller, the mechanical valve connects the main air inlet and the vehicle model 1 air connection to ventilate, when the workpiece does not press the roller, the mechanical valve connects the main air inlet and the vehicle model 2 air connection to ventilate. The roller of the mechanical valve is used as an identifier, the slight difference of the same kind of different models of parts can be identified, the different air connections and air outlets are connected through the roller, and then the differentiation of different models of parts is realized, and then subsequent related actions are carried out.

The utility model relates to the technical field of raw material processing, and discloses a raw material crushing device with a grinding parameter adaptation function, which comprises a first roller conveyor, a second roller conveyor and a third roller conveyor, the interval between every two adjacent rollers in the first roller conveyor, the interval between every two adjacent rollers in the second roller conveyor and the interval between every two adjacent rollers in the third roller conveyor are sequentially increased progressively. The three groups of conveying belts are respectively positioned below the first roller conveyor, the second roller conveyor and the third roller conveyor; gravity sensors are arranged below the spiral guide pipes; and three groups of mills. By arranging the first roller conveyor, the second roller conveyor and the third roller conveyor with different roller intervals, grading of raw materials with different particle sizes is completed, the graded raw materials with the same particle size are conveyed into the spiral guide pipe through the conveying belt, and the different raw materials with the same particle size are distinguished through monitoring of the gravity sensor.

The embodiment of the invention provides a data processing method and device, electronic equipment and a storage medium, the method is applied to a database system, and a hot storage layer and a cold storage layer are mounted on the database system; the method comprises the steps of obtaining access logs and metadata change logs of N pieces of first data in a first time period; through a pre-trained prediction model, a first probability of each piece of first data is obtained according to the access log and the metadata change log, and the first probability represents a probability that the first data belongs to hot data or cold data; determining hot data and / or cold data in the N pieces of first data according to the first probability of the N pieces of first data; and performing a migration operation on the hot data and / or the cold data to enable the hot data to be stored in the hot storage layer and the cold data to be stored in the cold storage layer. Therefore, according to the embodiment of the invention, the problem that the architecture of the existing database storage system cannot consider both the storage cost and the data query performance can be solved.