33results about How to "Meet custom needs" patented technology

A frame body, comprising an assembly frame, a first assembly part and a second assembly part; the assembly frame surrounds an accommodating groove; the first assembly part is connected to one side of the assembly frame and extends away from the accommodating groove , so that the thickness of the side with the first assembly part on the frame body is thicker than the opposite side; the second assembly part is located on the other side of the assembly frame adjacent to the first assembly part, and faces the other side away from the accommodating groove The direction extends so that the thickness of the side of the frame body on which the second assembly part is provided is thicker than that of the opposite side. In the present invention, the structural shape of the frames after butt jointing has various changes, and the degree of freedom of combination is high, and multiple frames can be assembled along different axial directions.

The invention discloses a simple multi-angle adjustable roller brush. The simple multi-angle adjustable roller brush comprises a plurality of felt rolling balls, a roller brush foldable handle, a ballhinge, a ball hinge claw seat, a ball hinge seat gland, a roller brush handle sliding sleeve and a roller brush handle, wherein the ball hinge is limited between the ball hinge claw seat and the ballhinge seat gland; the ball hinge claw seat is an elastic plastic part, the front end of the ball hinge claw seat is provided with petal-like patches covering the outer side of the ball hinge, and a gap is reserved between every two patches; by rotating the roller brush handle, the roller brush handle extends forwards to exert an axial force on the ball hinge claw seat, so that the ball hinge seatgland is tightly attached to the ball hinge claw seat, and each patch on the ball hinge claw seat approaches a radial inner side, thereby implementing the seizing and locking for the ball hinge. Thesimple multi-angle adjustable roller brush provided by the invention is simple in structure, fewer in assembly parts, low in development cost and suitable for small and medium-sized roller brushes with low requirements for the operation strength; the customization requirement of a user can be satisfied, and the efficiency of an operator can be increased by virtue of an adjusting brush head; and the roller brush can be fit to a cylindrical surface or a curved surface with a given radian, and has good operation effect.

The present invention discloses a video bitstream frame extraction process and device. The aforementioned process comprises receiving and storing video bitstreams from an IPC; and during playing back the stored video bitstreams, conducting an SVC frame extraction process on the stored video bitstreams, wherein the frame extraction multiple used in the SVC extraction process is dynamically adjusted according to a playback rate selected by a user. According to the technical solution provided in the present invention, the process and device effectively improve the speed for playing video bitstreams during a quick playback process.

The present invention proposes a picture training sample mining method, device and terminal, the method comprising: obtaining a plurality of candidate pictures and corresponding picture description texts according to input picture query conditions; training a general text similarity model according to the picture description text; Utilize the general text similarity model and category characteristic parameter training to obtain the vertical class model, the category characteristic parameter corresponds to the training sample category obtained according to the picture description text classification; use the vertical class model to classify the candidate pictures, and obtain a plurality of candidate pictures Classification set: Input the pictures in each candidate picture classification set into the text semantic similarity model and the picture content similarity model to obtain the picture training samples corresponding to each category. When the image query conditions are given, it can effectively and automatically mine image training samples, reduce labor costs, meet the customization needs of different customers, and improve the production efficiency of training samples.

A metadata-based data asset construction method and device. The metadata-based data asset construction method includes: obtaining user selection input for different business blocks, where different business blocks include combinations of different business metadata, and the selection input includes all Part of the business metadata in the different business blocks; according to the selection input, determine the data to be extracted in the business data table corresponding to the different business blocks, the business data table includes business metadata and corresponding values; extract the data to be extracted Data is extracted and displayed to the user. The technical solution of the invention can improve the convenience of using metadata.

The invention provides a game information display method and device capable of displaying game information in message boxes. The game information display method comprises the steps that current positions of the message boxes displayed in an interface are acquired; display setting operations performed by users are responded to on the basis of the message boxes, and the message boxes are correspondingly displayed; game information is received, and a channel identifier of the game information is obtained; according to the channel identifier, the game information is displayed in the message boxescorresponding to the channel identifier. By means of the game information display method, the game information viewing efficiency of the users can be improved, and the better game experience is provided for the users.

The invention discloses an improved machine tool health state evaluation method and a numerical control machine tool, and belongs to the field of numerical control machining diagnosis. The improved machine tool health state evaluation method comprises the following steps that (1) operation state information detecting of a target part is conducted on a machine tool which is qualified after being subjected to delivery inspection, and a machine tool health state standard data sample is obtained; (2) a characteristic value of the standard data sample obtained in the step (1) is subjected to normalization processing; (3) normalized data obtained in the step (2) are trained through a support vector data description method, and thus a contrast sample model is obtained; and (4) a machine tool health state data sample is obtained in real time in the machine tool operation process and compared with the contrast sample model obtained in the step (3), and the machine tool real-time health state isobtained. According to the improved machine tool health state evaluation method, the influence of sample random fluctuation during experiment sampling is small, the requirement for the number of experiment times is also greatly reduced, and finally, the obtained contrast sample model has higher reliability and robustness.

The invention discloses a method for photographing the motion track of an object. The method for photographing the motion track of the object comprises the following steps: after the shooting starts, a parameter adjustment interface is displayed in the shooting window for the user to adjust the shooting parameters; receiving the shooting parameters adjusted by the user, according to After adjusting the shooting parameters, the moving images of the objects are continuously collected through the camera; image synthesis is performed according to all the collected moving images of the objects, and a composite image corresponding to the moving track of the objects is generated. The invention also discloses a mobile terminal. The present invention displays a parameter adjustment interface for adjusting shooting parameters during the shooting process, so as to collect moving images of objects according to the adjusted shooting parameters, and synthesize them into composite images corresponding to object motion trajectories, and the user can according to actual needs during the shooting process Adjust the shooting parameters so that the captured image of the motion track of the object can meet the customization needs of the user.