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JP-7856602-B2 - Building equipment control system and building equipment control method

JP7856602B2JP 7856602 B2JP7856602 B2JP 7856602B2JP-7856602-B2

Inventors

  • 小池 幸裕
  • 薛 祺
  • 高橋 威裕

Assignees

  • 株式会社日立ビルシステム

Dates

Publication Date
20260511
Application Date
20230425

Claims (8)

  1. A storage unit that stores a building equipment ID that identifies building equipment installed in a building, and attributes of the building or the building equipment, and stores the building equipment ID and the attributes in association with each other. An input receiving unit that receives input of a building equipment ID that is the same as any of the building equipment IDs stored in the storage unit, A control command unit that outputs control commands to the building equipment received by the input receiving unit, A facility control system equipped with, A building equipment extraction unit extracts building equipment IDs that identify other building equipment having the same attribute information as the building equipment identified by the building equipment ID received by the input reception unit, An output unit that outputs the building equipment ID extracted by the building equipment extraction unit, In a building equipment control system equipped with , The memory unit stores control menus that are executable controls for the building equipment. The attributes stored in the storage unit have attributes of multiple items, and the control menu stored in the storage unit is stored in association with one or more specific attribute information. The input receiving unit receives a control menu stored in the storage unit, The building equipment extraction unit is characterized by extracting a building equipment ID that identifies other building equipment that has the same attribute as the attribute corresponding to the control menu entered in the input reception unit.
  2. In the building equipment control system according to claim 1 , The aforementioned input receiving unit receives input from the customer's terminal used by the customer. The building equipment control system is characterized in that the output unit displays attribute information used to extract the other building equipment on a customer terminal.
  3. In the building equipment control system according to claim 2 , It has an output screen generation unit that generates a screen to be output on the customer terminal, The output screen generation unit generates a screen in which the attributes used for extracting building equipment in the building equipment extraction unit can be selected. If some of the attributes displayed on the customer terminal are deselected, the building equipment extraction unit will re-extract the other building equipment using only the attributes that were not deselected. The building equipment control system is characterized in that the storage unit decouples the attribute information from the control menu for the attribute information whose selection has been deselected.
  4. In the building equipment control system according to claim 2 , The aforementioned storage unit stores a customer ID that identifies the customer, A building equipment control system that extracts building equipment that has the same customer ID as the building equipment entered from the customer terminal.
  5. In the building equipment control system according to claim 2 , The building equipment is equipped with a control command unit that generates control commands to be transmitted to the building equipment, A building equipment control system characterized in that, when a building equipment output to the customer terminal is selected as the target of centralized control, the control command unit transmits the control command to one building equipment and the other building equipment in a single operation.
  6. In a building equipment control system according to any one of claims 1 to 4 , A building equipment control system characterized in that the attribute is one of the following: the building's purpose, the building's location, weather information at the location, disaster information at the location, event information within the building, or detection information from sensors installed in the building.
  7. In the building equipment control system according to any one of claims 2 to 4 , A building equipment control system characterized in that the aforementioned attributes can be edited from an administrator terminal used by an administrator who maintains and manages the building equipment, or from a customer terminal.
  8. A building equipment control method for controlling building equipment installed in a building, A first input step involves storing a building equipment ID that identifies building equipment installed in a building, attributes consisting of multiple items relating to the building or the building equipment, and a control menu that is an executable control for the building equipment, and inputting the control menu in association with one or more specific attribute pieces of information . A second input step in which the control menu entered in the first input step is entered, A recommendation generation step extracts the building equipment ID of other building equipment that has the same attribute as the control menu entered in the second input step, A building equipment control method characterized by comprising the following:

Description

This invention relates to a building equipment control system and a building equipment control method for centrally configuring the control of multiple devices distributed across multiple buildings. As a conventional system for centrally configuring the control of multiple devices distributed across multiple buildings, the wide-area management system described in Patent Document 1 is known. For example, the abstract of the same document states that the problem is "to provide a wide-area management system and program that is highly convenient, highly efficient, low-cost, and not constrained by an operating location." As a solution, it states that "the wide-area management system of the present invention comprises storage means 111, 112, 113, and 114 that store multiple input/output points commonly set among multiple monitoring and control target devices 105, and a control device 101 that monitors or controls the monitoring and control target devices 105 via a device control device 104. The control device 101 selects any input/output point from among the input/output points stored in the storage means 111, 112, 113, and 114, and centrally monitors or controls the multiple monitoring and control target devices 105 having the selected input/output point using the selected input/output point via the device control device 104." Furthermore, Figure 7 of the same document discloses various devices distributed across buildings A to D. Thus, Patent Document 1 discloses a wide-area management system that can centrally configure the control of various devices installed in multiple buildings. Japanese Patent Publication No. 2010-15321 Functional block diagram of the elevator control system of Example 1.An example of a customer information database in Example 1.An example of the login information database in Example 1.An example of a control menu database from Example 1.An example of the attribute information database in Example 1.An example of the correspondence between attribute information in the attribute information database of Example 1 and control menu information.An example of a control command database for Example 1.An example of the GUI displayed on the customer terminal 3's screen.An example of the GUI displayed on the customer terminal 3's screen.An example of the GUI displayed on the customer terminal 3's screen.An example of the GUI displayed on the customer terminal 3's screen.An example of the GUI displayed on the customer terminal 3's screen.Flowchart of elevator control in Example 1. The building equipment control system 1 of the present invention will be described below with reference to the drawings.