12 results about "Branch structure" patented technology

The utility model relates to the technical field of product stacking, and discloses a high-efficiency cola stacking device. The high-efficiency cola stacking device comprises a conveying structure assembly, the front portion of the upper end of the conveying structure assembly is connected and provided with a channel separation assembly, the upper end of the channel separation assembly is connected and provided with a channel separation structure, the right side of the upper end of the channel separation structure is connected and provided with a guide roller, and the upper end of the channel separation structure is connected and provided with a scanner; the right side of the upper end of the guide roller is connected and provided with the conveying belt, the right side of the separation assembly is connected and provided with the automatic stacking assembly, the upper end of the automatic stacking assembly is provided with the adjusting rod, the upper end of the adjusting rod is connected and provided with the structural plate, and the lower end of the structural plate is connected and provided with the tail end suction cup. The technical problems that in traditional stacking, manual stacking is adopted, so that the requirement for subsequent physical strength of personnel is extremely high, manual stacking is slow, and the subsequent stacking efficiency is affected are effectively solved.

The present application provides a new crowd counting method. First, the first 16 layers of VGG19 are used as the backbone network to extract shallow features, and then a double-branch structure is used in the feature extraction module. Branch 1 uses a pyramid structure with a fusion self-attention mechanism, and the feature map generated by the pyramid structure is sent to a transition residual block to generate the feature map of branch 1. Branch 2 uses a double-channel attention module, and the feature maps obtained by branches 1 and 2 are sent to a transition residual block for splicing and fusion. The fused feature map is sent to a transition module to generate the final feature map. Finally, the final feature map is sent to a 1x1 convolution to generate a density map. During model training, the present application uses a joint loss function to minimize the influence of outliers on the entire model. Branch 1 of the present application can accurately locate targets of different scales and depict the spatial dependency between any two positions in the feature map. Branch 2 of the present application can focus on important features in the crowd, thus achieving excellent crowd counting performance.

The application provides a digital asset permission control method and system based on authorization codes and authorization trees, utilizes a tree structure, generates different branch structures according to different requirements, divides use permissions in this way, verifies authorization token permissions by calling an authorization code use method in a smart contract, if the authorization code of the next level node is within the permission range of the authorization token, the next level node uses the corresponding digital asset, if the authorization code is not within the permission range of the authorization token, the authorization period ends, whether the authorization is terminated is checked, if the authorization is terminated, the authorization period ends. The application makes the data use method various, the use scene rich, and ensures that the data is used in a standard manner.

The invention provides an intelligent cable branch box with a fault positioning function, and the box comprises a box body, the top of the box body is provided with a water storage structure, one side of the box body is provided with a box door, the box body is internally provided with a branching structure and an intelligent monitoring structure, and the box door is provided with a protection monitoring structure. The intelligent monitoring structure and the protection monitoring structure correspond to the branching structure, an intelligent alarm structure is arranged in the box body, and the intelligent alarm structure corresponds to the intelligent monitoring structure and the protection monitoring structure. According to the intelligent cable branch box with the fault positioning function, the protection monitoring structure, the intelligent monitoring structure and the intelligent alarm structure are arranged, so that faults in the box body can be monitored, and the fault positions can be judged, and therefore, workers can conveniently perform inspection and maintenance, and the working efficiency is improved. In addition, an alarm can be given out through the intelligent alarm structure when a fault occurs, and temperature, electric arc and the like can be monitored through the protection monitoring structure.

The invention discloses a multi-unit day end automatic reconciliation method and system oriented to a bank characteristic system. The method comprises the steps that after day end, the system automatically dispatches and extracts transaction data of a multi-service subsystem on that day; performing data structured standard conversion according to unit dimensions and accounting fields; comparing different system accounting data based on a preset reconciliation rule; the system comprises a data acquisition module, a standardization module, a unit distribution module, an account checking rule engine module, a difference identification and marking module, a report generation module, a scheduling and monitoring module and a log auditing module, supports multi-unit concurrent account checking, is flexible in rule configuration, is full-automatic, visual and traceable in the account checking process, and is high in practicability. The account checking efficiency and accuracy of a bank characteristic system can be greatly improved, manual intervention is reduced, and the method is suitable for a bank environment with a complex accounting branch structure.

To provide a branch box for an automobile power supply trunk circuit, and the like that enable power supply distribution to be performed more easily.SOLUTION: A branch box 1 is used for an automobile power supply trunk circuit. A holder 5 is arranged in an enclosure 3. The holder 5 with a substantially inverted T-shape, has: a trunk cable mounting part 17 on which a trunk cable described later can be mounted; and a bus bar holding part 19 standing upward from the trunk cable mounting part 17. A pair of bus bars 7 are arranged so as to sandwich the bus bar holding part 19 of the holder 5 and are held by the holder 5. The bus bar 7 has a substantially T-shape, and is provided with connector connection parts 21 on both end parts. A trunk cable connection part 23 is provided between the connector connection parts 21 in a manner protruding downward. The connector connection part 21 is connectable to a connector 9, and the trunk cable connection part 23 is connectable to the trunk cable.SELECTED DRAWING: Figure 1

The invention provides a low-voltage transformer area topology intelligent identification method and system, and relates to the technical field of electrical monitoring, and the method comprises the steps: executing double-layer disturbance splitting according to first time sequence measurement data, and generating second time sequence measurement data with a disturbance label; according to the non-abnormal interval, executing node response differential analysis to generate first association relationship data; extracting a voltage sag slope, a sag starting point, a recovery speed and a node response sequence to form a transient feature vector, and correcting the first association relationship data according to the transient feature vector to generate second association relationship data; verifying perturbation section voltage fluctuation periodicity, identifying cross-branch response offset, and adjusting the second association relationship data to generate final association relationship data; reconstructing a branch structure, and determining an affiliation relationship among a trunk node, a branch node and an end node through node order consistency and association strength; according to the invention, the autonomy and accuracy of low-voltage transformer area topology intelligent identification are improved.

The invention relates to the technical field of refrigerating units, in particular to a refrigerating unit Freon recycling and filling system and a using method thereof.An evaporator and a condenser are communicated through a communicating pipe, a first branch is connected with an air outlet of the evaporator, a second branch is connected with an air outlet of the condenser, and the first branch is connected with an air inlet of the condenser. The third branch and the fourth branch are both connected with the Freon tank; a jacket is arranged outside the Freon tank, a liquid inlet of the jacket is connected with a water feeding pipe, the fifth branch is a hot water feeding pipe, and the sixth branch is a cold water feeding pipe; a liquid outlet of the jacket is connected with a water return pipeline, the seventh branch is a hot water return pipe, and the eighth branch is a cold water return pipe. By arranging the recycling pipeline and the valve of a multi-branch structure and combining the two-way working characteristic of the reversible vacuum pump, two-way operation of recycling and filling of Freon can be efficiently achieved.

The embodiment of the invention discloses a deep sea pressure chamber with a branch structure, which is characterized in that the deep sea pressure chamber comprises a pressure chamber body, an input end connecting structure and an output end connecting structure, the input end of the pressure chamber body comprises an input end chamber penetrating piece, a front end cover and a sealing structure, and the output end of the pressure chamber body comprises a sealing structure, a rear end cover and two output end chamber penetrating pieces. The front end cover and a cabin body of the pressure cabin body are connected in a sealed mode through the sealing structures, and the rear end cover and the cabin body of the pressure cabin body are connected in a sealed mode through the sealing structures. The cabin body is cylindrical; the input end connecting structure and the output end connecting structure each comprise a bending limiter, and the bending range of each bending limiter is 0-90 degrees. According to the embodiment, the limitation of the deep sea pressure chamber can be reduced, and the convenience, practicability and flexibility of the deep sea pressure chamber are improved.

The invention relates to the technical field of software testing, in particular to an AI-based full-process coverage test automation method and system, and the method comprises the steps: deconstructing a to-be-tested code project according to test configuration, extracting a function body code, branch structure information and a function call relation, carrying out the associated storage, and constructing a function structure data set; the data set and the test case format template are combined into a natural language question statement, an AI interface is called to obtain original test case data, and a test case set is obtained through adaptive extraction; importing the test case set into a test tool for execution, and generating an initial test report; identifying an uncovered branch code segment in the report, generating a directional question in combination with a corresponding function and branch information, obtaining a supplementary test case, importing the supplementary test case into a test tool, generating an updated test report, and circularly executing the steps of uncovered branch identification, supplementary case generation and test execution until an iterative optimization frequency threshold value is reached; according to the invention, the AI-based full-process coverage test automation efficiency can be improved.

The utility model discloses a heat supply pressurization regulation and control framework based on building units and a heat supply system. The heat supply pressurization regulation and control framework comprises a pumping main path structure; the valve control branch structure is respectively communicated and connected with the pumping main path structure and the heat supply terminal; the lifting pump body structure is arranged on the valve control branch structure in a communicating mode, and a preset height interval is kept between the lifting pump body structure and the pumping main path structure; the pressurizing assembly structure is provided with a controllable on-off input end and a controllable on-off output end, and the controllable on-off input end and the controllable on-off output end of the pressurizing assembly structure are connected to the heat supply conveying upstream side, corresponding to the lifting pump body structure, of the valve control branch structure. The technical problem that in the prior art, when flow is increased for a branch with the high heat supply requirement, water lifting pressure loss is reduced, water cannot reach a lifting pump according to the preset flow, and the overall energy efficiency is affected is solved.

This invention discloses a blockchain-based method for the security and full-process management of engineering cost data, comprising: Step 1: collecting engineering project cost data and performing event decomposition to generate event-level cost atomic units and associating them with cost documents; Step 2: constructing an event-level causal state graph and generating cost item nodes; Step 3: performing content addressing processing on cost documents to generate version nodes and establishing association relationships; Step 4: performing differential calculation on cost documents before and after revision to generate differential nodes; Step 5: establishing version-derived edges and differential-bearing edges based on an improved FileDAG structure and writing them into the approval and confirmation relationship; Step 6: establishing reference-locking edges and determining the current legitimate version node; Step 7: performing consistency verification and writing the data into the blockchain ledger or abnormal branch structure respectively. This invention achieves secure storage and full-process consistency management of engineering cost data.