8 results about "Branch number" patented technology

To provide a condominium building estimation system, a condominium building estimation method, and a program capable of accurately extracting the house number of a building estimated to be a condominium building of a condominium apartment or the like.SOLUTION: A house number list data storage part 20 stores house number list data including a plurality of pieces of house number data showing house numbers. An estimation part 28 estimates the house number data showing house numbers whose branch numbers are equal to or more than three digits, and the house number data in which there are equal to or more than the prescribed number of four or more in common parts obtained by removing branch numbers from the shown house numbers as the house number data showing house numbers of a condominium building.SELECTED DRAWING: Figure 2

The application discloses a statistical report generation method and device, modifies the staff number in the user table into the corresponding organization name, divides the user level of each organization name in the user table to obtain an updated user table containing the user level and the corresponding relationship of the organization name, obtains a comparison table containing the organization name and the corresponding branch number of the organization name, obtains the transaction data corresponding to each organization and the branch number contained in the transaction data, and generates a temporary statistical table, replaces the branch number in the temporary statistical table with the organization name according to the comparison table, groups the temporary statistical table to obtain each sub-statistical table containing the same organization level, determines the sub-statistical table of the same level and lower than the user level according to the user level in the updated user table, and performs association. When the user work changes or the organization affiliation changes, only the organization name needs to be modified, the change can be completed, the change efficiency is improved, and the normal work of the user is ensured.

The application provides a bank intelligent padlock internal network transmission verification management method and system, relates to the field of artificial intelligence, and comprises the following steps: releasing a case consignment task information, branch number information and consignment personnel identity information; matching task receiving branch information including a case number list and a task receiving branch address according to the branch number information; matching case padlock verification information according to the case number list, combining the case number list and the consignment personnel identity information to generate an encryption result; sending key encapsulation information and the task receiving branch address to a consignment personnel mobile terminal, and sending key information to the task receiving branch address through an internal network; when the consignment personnel arrives at the task receiving branch address, verifying the key encapsulation information by using the key information, verifying the case number list by using the case padlock verification information, and then performing a case consignment task. The technical problem of poor security of identity verification and data transmission process in the prior art case consignment is solved.

The invention discloses a dynamic process control method based on process data driving, and belongs to the technical field of data processing, and the method comprises the following steps: S1, positioning a distribution process node, S2, configuring a distribution rule, S3, executing a conventional process task, S4, setting distribution of the distribution node, S5, obtaining distribution data and rules, S6, executing distribution, and S7, pausing and waiting a main process. The method comprises the steps of (S8) establishing a plurality of sub-process instances, (S8) executing convergence, (S9) merging sub-process data, (S10) updating a main process context, and (S11) executing a conventional process task. The dynamic distribution gateway generates an elastic process topology in real time, breaks through the limitation of the number of traditional engine branches, realizes zero-loss communication of main-sub-process data based on the minimum context, automatically completes result summarization and conflict detection according to a declarative convergence rule, greatly reduces manual intervention, and ensures that abnormal sub-processes do not affect global operation through a fault isolation mechanism. And finally, the core advantages of service fluctuation self-adaption and continuous and efficient execution of the whole process are achieved.

To allow products purchased as one lot to be easily specified in time series when they are moved or processed.SOLUTION: In this embodiment, a purchase data storage control unit forms purchase data associating a peculiar lot number and a lot trace number obtained by adding a branch number to the lot number, with product information including the number of warehoused products and stores the purchase data in a storage unit. An inventory management unit generates an inventory file indicating the number of moved or processed products and the number of products resulting from subtracting the number of moved or processed products from the number of the warehoused products and stores the inventory file in the storage unit. A state transition association storage control unit forms state transition data associating the product information at the time of warehousing, the lot number at the time of warehousing, and a lot trace number formed by adding a branch number sequentially following the branch number at the time of warehousing to the lot number at the time of warehousing, with the number of moved or processed products and stores the state transition data in the storage unit together with the purchase data and the inventory file.SELECTED DRAWING: Figure 15

This invention relates to the field of heat dissipation control technology for cold-plate liquid-cooled servers, and particularly to a branch flow balancing control method and system for cold-plate liquid-cooled servers. The method includes: acquiring the branch connection relationship, branch pressure difference data, current opening degree of the branch electric regulating valves, and main pipe pressure of each parallel branch; establishing a branch mapping relationship between the distribution manifold branch number and the server cold plate number; generating a branch operating status set; calculating the actual branch flow rate according to the branch resistance characteristic curve, and determining the branch target flow rate based on heat load parameters; comparing the actual flow rate with the target flow rate to generate a branch flow deviation set and an opening adjustment command set; independently adjusting the electric regulating valves of each branch, and generating a main circulation pump speed compensation command or a main pipe valve opening compensation command; and updating the branch operating status set based on the branch feedback status. This method ensures continuous connection between branch flow deviation, valve adjustment, and main pipe pressure compensation.

In one embodiment, a method includes accessing a rule set for a group of networking assets; creating, based on the rule set, a primary automaton including a set of keys, each key including (1) a string identifying a network asset from the group of network assets (2) a separator character following the string and (3) a key branch number identifying a state. The method further includes creating, based on the rule set, one or more secondary automata by creating a secondary automaton for each type of result classification in the rule set; and for each secondary automaton, populating that secondary automaton with a set of values, each including (1) a value branch number identifying a state of that secondary automaton, each value branch number corresponding to a specific key branch number in the primary automaton, and (2) a string identifying a domain identified in the rule set.

In one embodiment, a method includes accessing a rule set for a group of networking assets; creating, based on the rule set, a primary automaton including a set of keys, each key including (1) a string identifying a network asset from the group of network assets (2) a separator character following the string and (3) a key branch number identifying a state. The method further includes creating, based on the rule set, one or more secondary automata by creating a secondary automaton for each type of result classification in the rule set; and for each secondary automaton, populating that secondary automaton with a set of values, each including (1) a value branch number identifying a state of that secondary automaton, each value branch number corresponding to a specific key branch number in the primary automaton, and (2) a string identifying a domain identified in the rule set.