6results about How to "Simplify the transfer process" patented technology

The application relates to the technical field of digital twinning, and discloses a sports equipment whole life cycle management system and method based on digital twinning, which comprises a hash mapping module, a digital twinning body construction module, a feature statistics module, a state entropy calculation module, a state grading mapping module and an instruction coding module, a unique identification hash value is obtained by hashing a factory serial code; an initial digital twinning body data set is obtained by allocating a multi-dimensional field storage area and dynamically expanding based on the unique identification hash value; a stage feature value vector is obtained by accumulating data feature statistics based on a field writing event; a comprehensive state entropy value is obtained by nonlinear state entropy calculation; a maintenance priority code is obtained by grading mapping with a multi-level threshold interval; and a structured management instruction frame is obtained by instruction protocol coding; the application can improve the whole life cycle management efficiency of sports equipment based on digital twinning.

The invention discloses an unmanned aerial vehicle surface reconstruction method based on point cloud semantic communication, and belongs to the technical field of point cloud semantic communication. According to the method, the problem that in the surface reconstruction process of the unmanned aerial vehicle, due to the defects of limited flight time and computing resources of the unmanned aerial vehicle, information needs to be completely transmitted in a transmission bandwidth limited scene, so that surface reconstruction is smoothly carried out is solved. The invention provides a new semantic communication algorithm based on the point cloud, an auto-encoder architecture with category importance permission is introduced for selective transmission, and unnecessary data transmission is reduced, so that the bandwidth is saved, and information more related to a surface reconstruction task is transmitted. Secondly, an end-to-end training system framework is developed, joint optimization of deep learning is utilized, data transmission and surface reconstruction processes are simplified, and the overall efficiency and reconstruction precision of the system are improved. Wide verification and simulation results prove that the framework can complete surface reconstruction with less point cloud data transmission quantity, the superiority of the framework in efficiency and performance is verified, and the application of the system in different data types and scenes is expanded.

The utility model relates to PCR reaction device technical field especially for a kind of microfluidic step-by-step PCR reaction device, including tube body, taper, connecting body, capillary conduit, solid pipe seat, top plate, connecting piece and pipe cover;The utility model is connected by using capillary conduit with two reaction tubes, after the first step PCR reaction is completed, the product part of the first step PCR reaction can be transferred to the second step PCR reaction tube under the condition that reaction tube is not opened, the transfer process of sample between two-step PCR reaction is simplified, reaction tube cover does not need to be opened, it can be completed in the device, to avoid the pollution possibly brought by artificial intervention, with good practicability, and the external shape size of the device is consistent with ordinary PCR reaction tube, can be perfectly adapted to general PCR instrument on the market, reduce production cost.

The utility model discloses a kind of material transfer devices suitable for fork truck, it is related to industrial material transport technical field, including material box, the bottom of material box is fixedly connected with hinge mechanism, the bottom of hinge mechanism is fixedly connected with bottom plate, the front and rear sides of bottom plate are fixedly connected with strip support foot, two strip support feet are located at the front and rear sides of material box respectively, right side between bottom plate and material box is equipped with locking structure, left side, right side between two strip support feet are respectively provided with gap one, gap two. The utility model adopts inclined box body design, cooperates with lifting ring structure and fork truck quick docking, through the double stability design of shaft base center positioning and locking structure, effectively suppresses material box to sway. Base lengthening structure enhances the supporting stability of fork truck fork arm, so that the device has the convenience of loading and unloading, transport safety and operation independence, can significantly shorten material turnover time, suitable for the standardization material transfer operation of industrial logistics scene.

A content transmission method includes: a first device determining that the distance between itself and a second device is less than a distance threshold; the first device prompting a user that content transmission is possible between the first and second devices; the first device recognizing a user's gesture operation on the first device and determining the content to be transmitted and the transmission direction of the content between the first and second devices based on the recognized gesture operation; and the first device receiving or sending the content to the second device according to the determined transmission direction. This content transmission method simplifies data transmission operations and avoids misjudgment of the data transmission direction.

The application discloses a ground vertical pipe conveying manipulator which is used for clamping and conveying a pipe column and comprises a base, a turnover recovery device arranged on the base, a walking device moving in a horizontal direction, a turnover frame hingedly connected to the walking device, a rotary device arranged on the upper portion of the turnover frame, the rotary device comprising a rotary support and a hydraulic motor and a gear A connected together, the gear A being in mesh with the edge teeth of the rotary support, a guide rail support being arranged on the rotary support of the rotary device in a vertical direction, one end of the turnover recovery device being hingedly connected to the base and the other end being hingedly connected to the guide rail support, lifting hydraulic cylinders being arranged at corresponding positions on the two sides of the guide rail support, one end of the lifting hydraulic cylinder being fixedly connected to the guide rail support, the other movable end of the lifting hydraulic cylinder being fixedly connected to a lifting frame, and a pipe grabbing manipulator being arranged on the lifting frame. The application solves the problems of complex pipe column transmission process between a drilling platform and the ground and low efficiency in the prior art.