6results about How to "Reduce transmission time" patented technology

The invention relates to the technical field of computer aided design, and discloses a DWG drawing framing method based on ObjectARX and GEO, and the method comprises the following steps: S1, DWG drawing data loading: reading a DWG drawing file through an ObjectARX interface, and obtaining electric digital data in the DWG drawing file, including geometric elements of points, lines and surfaces and attribute information associated with the geometric elements; s2, framing parameter setting: receiving a preset framing parameter input or called by a user, wherein the framing parameter comprises a framing size, a framing mode, a framing area and a storage path and a naming rule of an output file. An AutoCAD underlying data structure is directly operated by means of an ObjectARX interface, a redundant data format conversion link in traditional framing is omitted, and data transmission time consumption is reduced; the method has the advantages that by matching with an efficient space geometry operation algorithm of a GEOS library, core operations such as framing region matching and graphic object cutting are quickly completed, compared with manual framing, the processing period is greatly shortened, and the method is particularly suitable for large complex DWG drawing framing scenes containing massive geometric elements.

The invention discloses a vehicle control method and system, electronic equipment, a vehicle and a storage medium, the method is applied to the vehicle control system, and the system comprises a first controller, a second controller and a third controller; the first controller sends an acquisition request to the second controller when detecting that the target function of the vehicle enters an activated state, wherein the request carries a target configuration parameter identifier; the second controller acquires a target configuration item corresponding to the target configuration parameter identifier from a plurality of pre-acquired configuration items according to the acquisition request and sends the target configuration item to the first controller; the first controller generates a corresponding vehicle control instruction according to the target configuration item and sends the vehicle control instruction to the third controller; and the third controller controls the vehicle according to the instruction, and in the steps, the target configuration item is dynamically acquired by adopting an on-demand request mechanism, so that the transmission of redundant data can be avoided, the transmission efficiency of the vehicle-mounted configuration information can be remarkably improved, and the quick response of the execution end controller can be ensured.

This invention discloses a method and system for feature extraction and intelligent identification of mine microseismic signals, belonging to the fields of signal processing and mine safety monitoring. The method involves acquiring, framing, and standardizing raw vibration signals through underground monitoring substations, and then inputting the data into a lightweight neural network deployed within the substations. This network includes a one-dimensional convolutional layer and an embedded squeeze-excitation attention module for adaptively enhancing effective microseismic signal features and suppressing background noise. The ratio of short-time average energy to long-time average energy triggers the neural network inference process, outputting the probability value of whether the signal belongs to rock fracture, artificial blasting, or mechanical noise. When the probability of a rock fracture signal exceeds a threshold, a valid microseismic event is confirmed and a timestamp is recorded. This invention achieves intelligent edge-end identification of microseismic signals, significantly reducing early warning delays, minimizing data transmission bandwidth usage, and improving identification accuracy and system reliability in complex underground environments.

The application discloses a voice signal receiving and transmitting method and device in the technical field of voice signal transmission, and the receiving method comprises the following steps: obtaining second fused semantic features; performing dimension recovery, inverse normalization and splitting processing on the second fused semantic features to obtain first transmission semantic features and second transmission semantic features; performing feature processing on the first transmission semantic features to obtain the first transmission semantic features after feature processing; performing dimension adjustment on the second transmission semantic features to obtain the second transmission semantic features after dimension alignment; decoding the first transmission semantic features after feature processing to obtain reconstructed audio signals with optimal evaluation voice quality; and classifying the second transmission semantic features after dimension alignment to obtain prediction scores. The application can improve the reliability and security of voice transmission tasks in a low signal-to-noise ratio condition while saving communication resources.

This invention discloses a data query method and apparatus, relating to the field of computer technology, with the main objective of improving data query efficiency. The main technical solution includes: obtaining a logical plan tree for data querying, wherein the logical plan tree consists of at least one subtree, each subtree consists of at least one node, and each subtree has a corresponding data source; selecting a first node from the nodes of the logical plan tree, wherein the computational logic corresponding to the first node can be executed by the data source corresponding to its subtree; and providing the computational logic corresponding to the selected first node to the data source corresponding to its subtree, so that the corresponding data source can perform data query operations based on the computational logic.

This utility model discloses a reciprocating drive main unit and a shaver, including a housing; a drive assembly, which includes a coil plate, multiple coil groups, a transmission plate, and a magnet group. The coil plate is mounted on the housing; the multiple coil groups are disposed on the coil plate and can be arranged in a linear direction; the magnet group includes multiple magnets, which are mounted on the transmission plate and distributed in a linear direction; the coil groups are used to generate a magnetic field when energized and magnetically coupled with the magnets to drive the transmission plate to reciprocate in a linear direction; the transmission plate is connected to a shaver head assembly. A shaver includes a reciprocating drive main unit; a shaver head assembly, which includes a shaver holder and a shaver foil, the shaver foil being mounted on the shaver holder; the shaver holder is connected to a transmission plate. This utility model can achieve linear reciprocating motion of the transmission plate by magnetically coupling the electromagnetic field generated by energizing the multiple coil groups of the drive assembly with the multiple magnets on the transmission plate, thereby driving the shaver head assembly to reciprocate and achieve shaving through magnetic transmission.