TW202037093A

TW202037093A - Setting communication device communication system information terminal control method and program

Info

Publication number: TW202037093A
Application number: TW108140088A
Authority: TW
Inventors: 松山哲大; 椙山剛; 福原真熙; 大槻顕; 岸田麻祐; 新屋敷泰史
Original assignee: 日商松下知識產權經營股份有限公司
Priority date: 2018-11-08
Filing date: 2019-11-05
Publication date: 2020-10-01
Also published as: TWI766202B; KR102352926B1; JP2020077624A; KR20200053417A; JP7308453B2

Abstract

According to the present invention, a communication device (20) for setting comprises: a first communication unit (21) communicating with an information terminal (10) in a first communication method; a second communication unit (22) communicating with a device terminal (30a) included in a facility system (5) in a second communication method different from the first communication method; and a third communication unit (23) communicating with the device terminal (30a) in a third communication method different from any of the first communication method and the second communication method.

Description

設定用通信裝置、通信系統、資訊終端之控制方法及程式Control method and program of communication device, communication system and information terminal for setting

本揭示係關於一種進行機器終端之通信設定等之設定用通信裝置、包含該設定用通信裝置之通信系統、資訊終端之控制方法及程式。The present disclosure relates to a setting communication device for communication setting of a machine terminal, a communication system including the setting communication device, and a control method and program of an information terminal.

先前來，已知有一種用以進行照明系統之控制設定之設定用通信裝置。作為此種設定用通信裝置之一例，專利文獻1中揭示有進行照明系統所包含之機器終端(照明機器終端)之控制設定之設定用通信裝置(外部設定器)。該照明系統中，使用上述設定用通信裝置進行機器終端之控制資料之變更。 [先前技術文獻] [專利文獻]Previously, there has been known a setting communication device for controlling and setting the lighting system. As an example of such a setting communication device, Patent Document 1 discloses a setting communication device (external setting device) that performs control setting of an equipment terminal (lighting equipment terminal) included in a lighting system. In this lighting system, the above-mentioned setting communication device is used to change the control data of the machine terminal. [Prior Technical Literature] [Patent Literature]

[專利文獻1]日本專利特開2001-102183號公報[Patent Document 1] Japanese Patent Laid-Open No. 2001-102183

[發明所欲解決之問題][The problem to be solved by the invention]

隨著機器終端之多種多樣化之進展，期望使用相同之設定用通信裝置對各種機器終端進行控制設定等。然而，專利文獻1所揭示之設定用通信裝置中，僅可藉設定用通信裝置進行預先確定之設定，而有難以進行對應於各機器終端之設定的問題。With the development of multiple and diversified machine terminals, it is desired to use the same setting communication device to control and set various machine terminals. However, in the setting communication device disclosed in Patent Document 1, only predetermined settings can be performed by the setting communication device, and there is a problem that it is difficult to perform settings corresponding to each device terminal.

因此，本揭示之目的在於提供一種可簡易地進行對應於機器終端之設定的設定用通信裝置及通信系統。又，本揭示之目的在於提供一種可使用設定用通信裝置簡易地進行對應於機器終端之設定之資訊終端的控制方法及程式。 [解決問題之技術手段]Therefore, the purpose of the present disclosure is to provide a communication device and communication system for setting that can easily perform settings corresponding to the device terminal. In addition, the purpose of the present disclosure is to provide a control method and program for an information terminal that can easily perform settings corresponding to the machine terminal using a setting communication device. [Technical means to solve the problem]

本揭示之設定用通信裝置之一態樣包含：第1通信部，其與資訊終端以第1通信方式通信；第2通信部，其與包含於設備系統之機器終端以與上述第1通信方式不同之第2通信方式通信；及第3通信部，其與上述機器終端以與上述第1通信方式及上述第2通信方式皆不同之第3通信方式通信。One aspect of the communication device for setting of the present disclosure includes: a first communication part, which communicates with an information terminal in a first communication mode; a second communication part, which communicates with a device terminal included in an equipment system to communicate with the above-mentioned first communication method Communication with a different second communication method; and a third communication unit that communicates with the device terminal by a third communication method that is different from the first communication method and the second communication method.

本揭示之通信系統之一態樣包含上述設定用通信裝置、上述機器終端及上述資訊終端。One aspect of the communication system of the present disclosure includes the communication device for setting, the machine terminal, and the information terminal.

本揭示之資訊終端之控制方法之一態樣係與上述設定用通信裝置通信之資訊終端的控制方法，且包含：取得步驟，其取得上述機器終端之通信設定或控制設定相關之設定資訊；及記憶步驟，其記憶由上述取得步驟取得之上述設定資訊。One aspect of the control method of the information terminal of the present disclosure is the control method of the information terminal that communicates with the above-mentioned setting communication device, and includes: an obtaining step of obtaining the setting information related to the communication setting or control setting of the above-mentioned machine terminal; and The memorizing step memorizes the above-mentioned setting information obtained by the above-mentioned obtaining step.

本揭示之程式之一態樣係用以使電腦執行上述資訊終端之控制方法之程式。 [發明之效果]One aspect of the program of the present disclosure is a program used to make a computer execute the control method of the above-mentioned information terminal. [Effects of Invention]

本揭示之設定用通信裝置等可簡易地進行對應於機器終端之設定。The setting communication device of the present disclosure can easily perform the setting corresponding to the machine terminal.

如上所示，於先前之設定用通信裝置中，僅可藉設定用通信裝置進行預先確定之設定，難以進行對應於各機器終端之設定。為解決此，本實施形態之通信系統具有以下形態：以智慧型手機等資訊終端進行對應於各機器終端之設定之編輯，將經資訊終端編輯之設定資訊使用適於各機器終端之通信方式之設定用通信裝置發送至各機器終端。該通信系統可採取多個實施例，但本實施形態中，以多個實施例中之以下所示之第1實施例、第2實施例及第3實施例為例進行說明。As shown above, in the previous setting communication device, only the predetermined setting can be performed by the setting communication device, and it is difficult to make the setting corresponding to each device terminal. In order to solve this problem, the communication system of this embodiment has the following form: an information terminal such as a smartphone is used to edit the settings corresponding to each machine terminal, and the setting information edited by the information terminal is used in a communication method suitable for each machine terminal The setting communication device sends to each device terminal. The communication system may adopt multiple embodiments, but in this embodiment, the first embodiment, the second embodiment, and the third embodiment shown below among the multiple embodiments are used as examples for description.

以下，一面參照圖式一面具體地對實施形態進行說明。另，以下說明之實施形態皆為顯示本揭示之一具體例者。以下之實施形態中顯示之數值、形狀、材料、構成要素、構成要素之配置位置及連接形態、步驟、步驟之順序等皆為一例，並非旨在限定本揭示。又，關於以下之實施形態之構成要素中之未於顯示本揭示之一形態之實施形態之申請專利範圍獨立項予以記載之構成要素，作為任意之構成要素進行說明。本揭示之實施形態並非限定於現行之申請專利範圍獨立項者，亦可由其他之申請專利範圍獨立項來表現。Hereinafter, the embodiment will be specifically described with reference to the drawings. In addition, the embodiments described below are all to show a specific example of the present disclosure. The numerical values, shapes, materials, constituent elements, arrangement positions and connection forms of constituent elements, steps, order of steps, etc. shown in the following embodiments are all examples, and are not intended to limit the present disclosure. In addition, among the constituent elements of the following embodiments, the constituent elements that are not described in the independent section of the patent application scope of the embodiment showing one aspect of this disclosure will be described as arbitrary constituent elements. The embodiment of this disclosure is not limited to the independent items of the current patent application scope, and can also be expressed by other independent items of the patent application scope.

另，各圖係模式圖，並非嚴格圖示者。又，各圖中，有對實質上同一之構成標註同一符號，省略或簡化重複之說明之情形。In addition, the diagrams are schematic diagrams and are not strictly illustrated. In addition, in each figure, the same reference numerals are given to substantially the same components, and repeated descriptions may be omitted or simplified.

(實施形態) [1.第1實施例之通信系統之概略構成] 首先，對實施形態之第1實施例之通信系統之概略構成，一面參照圖1及圖2一面進行說明。(Implementation form) [1. Outline structure of the communication system of the first embodiment] First, the schematic configuration of the communication system of the first embodiment of the embodiment will be described with reference to Figs. 1 and 2.

圖1係顯示第1實施例之通信系統1包含之機器終端30a、30b、30c、設定用通信裝置20及資訊終端10的概略圖。圖2係顯示通信系統1包含之機器終端30a～30c、設定用通信裝置20及資訊終端10的方塊構成圖。FIG. 1 is a schematic diagram showing the device terminals 30a, 30b, and 30c, the setting communication device 20, and the information terminal 10 included in the communication system 1 of the first embodiment. FIG. 2 is a block diagram showing the device terminals 30a-30c, the setting communication device 20, and the information terminal 10 included in the communication system 1.

如圖1及圖2所示，第1實施例之通信系統1包含：資訊終端10、設定用通信裝置20及設備系統5。設備系統5包含複數個機器終端30a、30b、30c與管理裝置40。As shown in FIGS. 1 and 2, the communication system 1 of the first embodiment includes an information terminal 10, a communication device 20 for setting, and an equipment system 5. The equipment system 5 includes a plurality of equipment terminals 30 a, 30 b, and 30 c and a management device 40.

機器終端30a～30c為可與其他機器通信之電氣機器，例如照明機器、照明控制器、空調機器、空調控制器、人體感測器或調光感測器。第1實施例中，對機器終端30a及30b為照明機器，機器終端30c為照明控制器之例進行說明。另，圖1中，將3台機器終端30a～30c設置於建築物之營造材(天花板等)50，但實際上有時設置有100台以上之機器終端。The machine terminals 30a-30c are electrical machines that can communicate with other machines, such as lighting machines, lighting controllers, air conditioning machines, air conditioning controllers, human sensors, or dimming sensors. In the first embodiment, an example in which the device terminals 30a and 30b are lighting devices and the device terminal 30c is a lighting controller will be described. In addition, in Fig. 1, three device terminals 30a-30c are installed on the construction material (ceiling, etc.) 50 of the building, but in fact, more than 100 device terminals may be installed.

管理裝置40為用以進行機器終端30a～30c之作動控制之管理伺服器。管理裝置40與各機器終端30a～30c藉由有線連接。另，管理裝置40可根據機器終端之台數於建築物內設置複數個。於機器終端30c為照明控制器之情形時，機器終端30c可以無線連接於各機器終端30a、30b。The management device 40 is a management server for performing operation control of the machine terminals 30a-30c. The management device 40 and the respective equipment terminals 30a to 30c are connected by wires. In addition, the management device 40 may be installed in a plurality of units in the building according to the number of machine terminals. When the machine terminal 30c is a lighting controller, the machine terminal 30c can be wirelessly connected to each machine terminal 30a, 30b.

資訊終端10為例如平板終端或智慧型手機。資訊終端10為編輯機器終端30a～30c之通信設定或控制設定相關之設定資訊的行動終端。The information terminal 10 is, for example, a tablet terminal or a smart phone. The information terminal 10 is a mobile terminal that edits the communication setting or control setting related setting information of the machine terminals 30a-30c.

通信設定為例如為進行通信而設定必要之識別資訊之位址設定、進行機器終端30a與其他之機器終端30c之關聯之配對設定；將藉由位址設定而設定之位址與建築物內之機器終端30a～30c之佈局資訊建立關聯之匹配設定。控制設定為例如機器終端30a之調光、調色、點亮、熄滅之控制、排程控制及群控制(組控制)相關的設定。The communication setting is, for example, the address setting for setting the necessary identification information for communication, the pairing setting for the association between the machine terminal 30a and the other machine terminal 30c; the address set by the address setting is set with the building The layout information of the machine terminals 30a-30c is associated with matching settings. The control settings are, for example, settings related to dimming, color adjustment, lighting, and extinguishing control, scheduling control, and group control (group control) of the machine terminal 30a.

資訊終端10中儲存有用以編輯設定資訊之應用軟體。使用資訊終端10之使用者可藉由使用應用軟體編輯設定資訊而簡易地進行對應於各種機器終端之設定資訊的編輯。The information terminal 10 stores application software for editing setting information. A user using the information terminal 10 can easily edit the setting information corresponding to various machine terminals by editing the setting information using application software.

設定用通信裝置20為使用對應於各機器終端30a～30c之通信方式，將經資訊終端10編輯之設定資訊發送至各機器終端30a～30c的設定器(機器設定裝置)。The setting communication device 20 is a setter (device setting device) that transmits the setting information edited by the information terminal 10 to each device terminal 30a to 30c using a communication method corresponding to each device terminal 30a to 30c.

例如，設定用通信裝置20以第1通信方式之通信c1之一例即使用2.4 GHz頻帶或5 GHz頻帶之頻率之無線通信，自資訊終端10接收經資訊終端10編輯之設定資訊。又，設定用通信裝置20以第2通信方式之通信c2之一例即紅外線通信將上述設定資訊發送至各機器終端30a～30c。For example, the communication device for setting 20 uses wireless communication using 2.4 GHz frequency band or 5 GHz frequency band as an example of communication c1 of the first communication method, and receives the setting information edited by the information terminal 10 from the information terminal 10. In addition, the setting communication device 20 transmits the above-mentioned setting information to each of the equipment terminals 30a to 30c by infrared communication, which is an example of communication c2 of the second communication method.

具體而言，使用者以使資訊終端10與設定用通信裝置20之距離為50 cm以內之方式用一隻手拿住資訊終端10，用另一隻手拿住設定用通信裝置20。接著，使用者一面觀察資訊終端10及設定用通信裝置20之兩者一面用手指操作設定用通信裝置20，將自資訊終端10擷取之上述設定資訊發送至機器終端30a～30c之各者。根據該設定用通信裝置20，可簡易地進行機器終端30a～30c之通信設定或控制設定。Specifically, the user holds the information terminal 10 with one hand and holds the communication device 20 for setting with the other hand so that the distance between the information terminal 10 and the setting communication device 20 is within 50 cm. Next, while observing both the information terminal 10 and the setting communication device 20, the user operates the setting communication device 20 with a finger, and transmits the above-mentioned setting information retrieved from the information terminal 10 to each of the machine terminals 30a-30c. According to this setting communication device 20, it is possible to easily perform communication settings or control settings of the device terminals 30a to 30c.

[2.第1實施例之機器終端、設定用通信裝置、資訊終端之各構成] 接著，對第1實施例之機器終端30a～30c、設定用通信裝置20、資訊終端10之各構成詳細地進行說明。[2. Each configuration of the machine terminal, the communication device for setting, and the information terminal of the first embodiment] Next, each configuration of the device terminals 30a to 30c, the setting communication device 20, and the information terminal 10 of the first embodiment will be described in detail.

如上所述，例如，機器終端30a、30b為照明機器，機器終端30c為照明控制器。另，此處，列舉機器終端30a～30c中之機器終端30a為例進行說明。As described above, for example, the device terminals 30a and 30b are lighting devices, and the device terminal 30c is a lighting controller. In addition, here, the device terminal 30a among the device terminals 30a to 30c is taken as an example for description.

機器終端30a包含光源即輸出部38、機器控制部35及機器通信部31。輸出部38及機器通信部31之各者連接於機器控制部35。The device terminal 30a includes an output unit 38 that is a light source, a device control unit 35, and a device communication unit 31. Each of the output unit 38 and the device communication unit 31 is connected to the device control unit 35.

機器通信部31具有紅外線模組及無線模組。機器通信部31可藉使用紅外線之通信c2與設定用通信裝置20通信。又，機器通信部31可藉第3通信方式之通信c3之一例即920 MHz頻帶之特定小電力無線地與設定用通信裝置20通信。機器通信部31接收自設定用通信裝置20發送之通信設定或控制設定相關的設定資訊。The machine communication unit 31 has an infrared module and a wireless module. The device communication unit 31 can communicate with the setting communication device 20 through communication c2 using infrared rays. In addition, the device communication unit 31 can wirelessly communicate with the setting communication device 20 by using a specific low power in the 920 MHz band, which is an example of the communication c3 of the third communication method. The device communication unit 31 receives setting information related to communication settings or control settings sent from the setting communication device 20.

機器控制部35由CPU(Central Processing Unit：中央處理單元)、記憶體及儲存於記憶體之程式等構成。於機器控制部35之記憶體，保持有自身之通信位址。通信位址可為例如機器終端30a之MAC位址(Media Access Control address：媒體存取控制位址)。The machine control unit 35 is composed of a CPU (Central Processing Unit), memory, and programs stored in the memory. The memory of the machine control unit 35 maintains its own communication address. The communication address can be, for example, the MAC address (Media Access Control address) of the machine terminal 30a.

機器控制部35於進行機器終端30a之各種設定時，取得以機器通信部31接收到之設定資訊。例如，對機器終端30a進行位址設定時，機器終端30a取得自設定用通信裝置20發送之管理位址。管理位址係為管理機器終端30a～30c而分配之位址，且以例如簡易之數字或字母構成。機器控制部35基於上述設定資訊控制輸出部38。The machine control unit 35 obtains the setting information received by the machine communication unit 31 when performing various settings of the machine terminal 30a. For example, when setting the address of the device terminal 30a, the device terminal 30a obtains the management address transmitted from the communication device 20 for setting. The management address is an address allocated for managing the machine terminals 30a-30c, and is composed of, for example, simple numbers or letters. The device control unit 35 controls the output unit 38 based on the above-mentioned setting information.

輸出部38具有例如發出白色光、紅色光、綠色光或藍色光之複數個發光二極體。輸出部38藉由機器控制部35進行調光控制及調色控制。The output unit 38 has, for example, a plurality of light-emitting diodes that emit white light, red light, green light, or blue light. The output unit 38 performs dimming control and color adjustment control by the machine control unit 35.

圖3係顯示資訊終端10之概略圖。FIG. 3 is a schematic diagram showing the information terminal 10.

資訊終端10編輯機器終端30a之通信設定或控制設定等之設定資訊。資訊終端10包含通信部11、控制部15、顯示輸入部17。通信部11及顯示輸入部17之各者連接於控制部15。The information terminal 10 edits setting information such as communication settings or control settings of the machine terminal 30a. The information terminal 10 includes a communication unit 11, a control unit 15, and a display input unit 17. Each of the communication unit 11 and the display input unit 17 is connected to the control unit 15.

通信部11具有無線模組。通信部11可藉第1通信方式之通信c1與設定用通信裝置20通信。第1通信方式係例如使用IEEE802.15.1中規格化之2.4 GHz頻帶或5 GHz頻帶之頻率之通信方式。另，通信部11與設定用通信裝置20以無線通信，但不以無線與機器終端30a～30c通信。The communication unit 11 has a wireless module. The communication unit 11 can communicate with the setting communication device 20 via communication c1 of the first communication method. The first communication method is, for example, a communication method using frequencies in the 2.4 GHz band or 5 GHz band standardized in IEEE802.15.1. In addition, the communication unit 11 communicates wirelessly with the setting communication device 20, but does not communicate wirelessly with the equipment terminals 30a to 30c.

顯示輸入部17為例如觸控面板。顯示輸入部17為顯示及輸入機器終端30a之佈局資訊、機器終端30a之管理位址相關之資訊及機器終端30a之動作資訊等之使用者介面。使用者可使用顯示輸入部17編輯各機器終端30a之管理位址等之設定資訊。例如，使用者可如圖3(a)所示，對機器終端30a分配「0001」之管理位址，對機器終端30b分配「0002」之管理位址。經資訊終端10編輯之設定資訊被記憶於控制部15之記憶體。The display input unit 17 is, for example, a touch panel. The display input unit 17 is a user interface for displaying and inputting layout information of the machine terminal 30a, information related to the management address of the machine terminal 30a, and operation information of the machine terminal 30a. The user can use the display input unit 17 to edit the setting information such as the management address of each machine terminal 30a. For example, as shown in FIG. 3(a), the user can allocate the management address of "0001" to the machine terminal 30a and the management address of "0002" to the machine terminal 30b. The setting information edited by the information terminal 10 is stored in the memory of the control unit 15.

控制部15由CPU、記憶體及儲存於記憶體之程式等構成。於控制部15之記憶體，儲存有用以編輯設定資訊之應用軟體。該應用軟體由應用軟體之提供者適當地進行版本更新。使用者可藉由使用該應用軟體而簡易地進行對應於多種多樣之機器終端之設定資訊的編輯。The control unit 15 is composed of a CPU, a memory, a program stored in the memory, and the like. The memory of the control unit 15 stores application software for editing setting information. The application software is updated appropriately by the provider of the application software. The user can easily edit the setting information corresponding to a variety of machine terminals by using the application software.

控制部15進行機器終端30a之各種設定時，經由通信部11及設定用通信裝置20將通信設定或控制設定相關之設定資訊發送至機器終端30a。例如，對機器終端30a進行位址設定時，資訊終端10發送藉由顯示輸入部17編輯且記憶於記憶體之管理位址。When the control unit 15 performs various settings of the device terminal 30a, it transmits setting information related to communication settings or control settings to the device terminal 30a via the communication unit 11 and the setting communication device 20. For example, when setting the address of the machine terminal 30a, the information terminal 10 transmits the management address edited by the display input unit 17 and stored in the memory.

於顯示輸入部17，如圖3(b)所示，設置有用以開始資訊終端10及設定用通信裝置20間之通信c1之通信開始鍵17a。資訊終端10經由顯示輸入部17受理用以開始通信之操作，藉此，與設定用通信裝置20確立通信。In the display input unit 17, as shown in FIG. 3(b), a communication start key 17a for starting communication c1 between the information terminal 10 and the setting communication device 20 is provided. The information terminal 10 accepts an operation to start communication via the display input unit 17, thereby establishing communication with the setting communication device 20.

控制部15於通信確立之狀態下，監視設定用通信裝置20是否自使用者受理到特定之操作。於設定用通信裝置20受理到特定操作之情形時，將表示受理到操作輸入之受理信號發送至資訊終端10。資訊終端10接收到受理信號後，即，設定用通信裝置20受理到特定操作後，將記憶於記憶體之設定資訊發送至設定用通信裝置20。具體而言，控制部15將管理位址作為通信設定相關之設定資訊發送至設定用通信裝置20。The control unit 15 monitors whether the setting communication device 20 has received a specific operation from the user in the state where the communication is established. When a specific operation is received by the setting communication device 20, an acceptance signal indicating that the operation input has been accepted is sent to the information terminal 10. After the information terminal 10 receives the acceptance signal, that is, after the setting communication device 20 accepts the specific operation, it transmits the setting information stored in the memory to the setting communication device 20. Specifically, the control unit 15 sends the management address as the setting information related to the communication setting to the setting communication device 20.

設定用通信裝置20使用對應於機器終端30a之通信方式將經資訊終端10編輯之設定資訊發送至機器終端30a。另，設定用通信裝置20亦包含作為將上述設定資訊傳送至機器終端30a之中繼器之功能。The setting communication device 20 transmits the setting information edited by the information terminal 10 to the machine terminal 30a using a communication method corresponding to the machine terminal 30a. In addition, the setting communication device 20 also includes a function as a repeater for transmitting the above setting information to the machine terminal 30a.

圖4係顯示設定用通信裝置20之外觀之圖。FIG. 4 is a diagram showing the appearance of the communication device 20 for setting.

設定用通信裝置20包含第1通信部21、第2通信部22、第3通信部23、裝置控制部25、記憶部26及操作輸入部27。第1通信部21、第2通信部22、第3通信部23、記憶部26及操作輸入部27之各者連接於裝置控制部25。The setting communication device 20 includes a first communication unit 21, a second communication unit 22, a third communication unit 23, a device control unit 25, a storage unit 26, and an operation input unit 27. Each of the first communication unit 21, the second communication unit 22, the third communication unit 23, the storage unit 26, and the operation input unit 27 is connected to the device control unit 25.

第1通信部21具有無線模組。第1通信部21可與資訊終端10以第1通信方式進行通信c1。The first communication unit 21 has a wireless module. The first communication unit 21 can communicate c1 with the information terminal 10 by the first communication method.

第2通信部22具有紅外線LED(Light Emitting Diode：發光二極體)等之發射器。第2通信部22可與機器終端30a以第2通信方式進行通信c2。具體而言，第2通信部22與機器終端30a進行機器終端30a之通信設定或控制設定相關之資訊通信。由於第2通信方式之通信c2為具有指向性之紅外線通信，故使用者於將第2通信部22朝向機器終端30a之狀態下通信，藉此可將必要之資訊僅傳遞至機器終端30a。The second communication unit 22 has an emitter such as an infrared LED (Light Emitting Diode). The second communication unit 22 can communicate c2 with the device terminal 30a using the second communication method. Specifically, the second communication unit 22 communicates information related to the communication setting or control setting of the device terminal 30a with the device terminal 30a. Since the communication c2 of the second communication method is infrared communication with directivity, the user communicates with the second communication unit 22 facing the machine terminal 30a, thereby transmitting the necessary information to the machine terminal 30a only.

第3通信部23具有無線模組。第3通信部23可與各機器終端30a以第3通信方式進行通信c3。另，第3通信方式之通信c3於設定用通信裝置20及機器終端30a相互保有對方之通信位址之情形時確立通信。The third communication unit 23 has a wireless module. The third communication unit 23 can communicate c3 with each device terminal 30a using the third communication method. In addition, the communication c3 of the third communication method establishes communication when the setting communication device 20 and the device terminal 30a mutually hold the communication address of the counterparty.

操作輸入部27設置於設定用通信裝置20之框體之表面。操作輸入部27例如由1個操作鍵構成。The operation input unit 27 is provided on the surface of the housing of the setting communication device 20. The operation input unit 27 is composed of, for example, one operation key.

記憶部26記憶經由第1通信部21自資訊終端10取得之資訊。該資訊包含經資訊終端10編輯之上述設定資訊。又，記憶部26中保存有設定用通信裝置20自身之通信位址。該通信位址可為設定用通信裝置20之MAC位址。The storage unit 26 stores information acquired from the information terminal 10 via the first communication unit 21. The information includes the above-mentioned setting information edited by the information terminal 10. In addition, the communication address of the setting communication device 20 itself is stored in the storage unit 26. The communication address may be the MAC address of the communication device 20 for setting.

裝置控制部25由例如CPU、記憶體及儲存於記憶體之程式等構成。The device control unit 25 is composed of, for example, a CPU, a memory, and a program stored in the memory.

裝置控制部25於進行機器終端30a之各種設定時，接收自資訊終端10發送之設定資訊，並瞬時將接收到之設定資訊傳送至機器終端30a。例如，對機器終端30a進行位址設定時，裝置控制部25將自資訊終端10接收到之管理位址發送至機器終端30a。When performing various settings of the machine terminal 30a, the device control unit 25 receives the setting information sent from the information terminal 10, and instantly transmits the received setting information to the machine terminal 30a. For example, when setting the address of the machine terminal 30a, the device control unit 25 sends the management address received from the information terminal 10 to the machine terminal 30a.

具體而言，裝置控制部25於操作輸入部27自使用者受理到特定操作後，將上述之受理信號經由第1通信部21發送至資訊終端10。資訊終端10接收到受理信號後，將記憶於記憶體之設定資訊發送至設定用通信裝置20。接著，裝置控制部25將經由第1通信部21接收到之設定資訊經由第2通信部22發送至機器終端30a。Specifically, the device control unit 25 transmits the above-mentioned acceptance signal to the information terminal 10 via the first communication unit 21 after the operation input unit 27 receives a specific operation from the user. After receiving the acceptance signal, the information terminal 10 transmits the setting information stored in the memory to the setting communication device 20. Next, the device control unit 25 transmits the setting information received via the first communication unit 21 to the device terminal 30a via the second communication unit 22.

另，上述已顯示由裝置控制部25將上述受理信號發送至資訊終端10之例，但不限定於此。例如，可由資訊終端10對設定用通信裝置20使用第1通信方式定期進行核對，以確認設定用通信裝置20是否受理到特定操作。In addition, the above-mentioned example in which the above-mentioned acceptance signal is sent to the information terminal 10 by the device control unit 25 has been shown, but it is not limited to this. For example, the information terminal 10 can periodically check the setting communication device 20 using the first communication method to confirm whether the setting communication device 20 has received a specific operation.

即，第2通信部22於操作輸入部27受理到特定操作後，且第1通信部21接收到自資訊終端10發送之特定資訊之情形時，與機器終端30a通信。特定資訊為機器終端30a之通信設定或控制設定相關之設定資訊。第1通信部21將操作輸入部27受理到特定操作之情況通知至資訊終端10，藉此，該特定資訊自資訊終端10被發送至第1通信部21。That is, the second communication unit 22 communicates with the device terminal 30a when the operation input unit 27 receives the specific operation and the first communication unit 21 receives the specific information sent from the information terminal 10. The specific information is setting information related to the communication setting or control setting of the machine terminal 30a. The first communication unit 21 notifies the information terminal 10 that the operation input unit 27 has received a specific operation, whereby the specific information is sent from the information terminal 10 to the first communication unit 21.

又，裝置控制部25於自設定用通信裝置20發送管理位址時，同時發送設定用通信裝置20之通信位址。對此，機器終端30a將自身之通信位址回覆至設定用通信裝置20。藉此，設定用通信裝置20及機器終端30a成為相互保有對方之通信位址之狀態，設定用通信裝置20及機器終端30a以第3通信方式之通信c3確立通信。In addition, when the device control unit 25 transmits the management address from the communication device 20 for configuration, it also transmits the communication address of the communication device 20 for configuration. In response to this, the device terminal 30a replies its own communication address to the setting communication device 20. Thereby, the setting communication device 20 and the device terminal 30a are in a state in which the communication address of each other is mutually held, and the setting communication device 20 and the device terminal 30a establish communication by the communication c3 of the third communication method.

如此，第1實施例之設定用通信裝置20包含：第1通信部21，其與資訊終端10以第1通信方式通信；第2通信部22，其與包含於設備系統5之機器終端30a以與第1通信方式不同之第2通信方式通信；及第3通信部23，其與機器終端30a以與第1通信方式及第2通信方式皆不同之第3通信方式通信。In this way, the setting communication device 20 of the first embodiment includes: a first communication unit 21 that communicates with the information terminal 10 in the first communication method; and a second communication unit 22 that communicates with the equipment terminal 30a included in the equipment system 5 A second communication method that is different from the first communication method; and a third communication unit 23 that communicates with the device terminal 30a using a third communication method that is different from both the first communication method and the second communication method.

據此，設定用通信裝置20可將自資訊終端10以第1通信方式接收到之資訊以第2通信方式發送至機器終端30a。又，設定用通信裝置20可以第3通信方式與機器終端30a進行資訊通信。例如，根據該設定用通信裝置20，可以第1通信方式接收經資訊終端10編輯之通信設定及控制設定相關之設定資訊，並以第2通信方式發送至機器終端30a。又，隨後，可以第3通信方式簡易地變更上述設定資訊。藉此，可簡易地進行對應於機器終端30a之設定。According to this, the setting communication device 20 can transmit the information received from the information terminal 10 by the first communication method to the device terminal 30a by the second communication method. In addition, the setting communication device 20 can perform information communication with the device terminal 30a in the third communication method. For example, according to the setting communication device 20, it is possible to receive the setting information related to the communication setting and control setting edited by the information terminal 10 in the first communication method, and send it to the machine terminal 30a in the second communication method. Furthermore, subsequently, the above-mentioned setting information can be easily changed by the third communication method. Thereby, the setting corresponding to the machine terminal 30a can be easily performed.

又，由設定用通信裝置20收發之通信資訊具有以下所示之特徵。In addition, the communication information transmitted and received by the setting communication device 20 has the following characteristics.

圖5係顯示由設定用通信裝置20收發之通信資訊之構造之概念圖。FIG. 5 is a conceptual diagram showing the structure of the communication information sent and received by the communication device 20 for setting.

圖5中顯示以第1通信方式收發之通信資訊ic1、以第2通信方式收發之通信資訊ic2、以第3通信方式收發之通信資訊ic3。如該圖所示，各通信資訊ic1、ic2、ic3所含之機器終端30a之控制指令具有共通性。具體而言，基於第1通信方式之通信協議作成之機器終端30a之控制指令包含與基於第2通信方式或第3通信方式各者之通信協議作成之機器終端30a之控制指令相同的指令。如此，藉由使各通信資訊ic1、ic2、ic3所含之機器終端30a之控制指令共通化，可省略於不同之通信方式間進行之指令之轉換過程。Fig. 5 shows communication information ic1 sent and received in the first communication method, communication information ic2 sent and received in the second communication method, and communication information ic3 sent and received in the third communication method. As shown in the figure, the control commands of the machine terminal 30a included in the respective communication information ic1, ic2, and ic3 have commonality. Specifically, the control command of the device terminal 30a created based on the communication protocol of the first communication method includes the same command as the control command of the device terminal 30a created based on the communication protocol of each of the second communication method or the third communication method. In this way, by making the control commands of the machine terminal 30a included in each communication information ic1, ic2, ic3 common, the conversion process of commands between different communication methods can be omitted.

[3.第1實施例之資訊終端之控制方法] 接著，一面參照圖6一面說明對機器終端30a進行通信設定等時之資訊終端10之控制方法。[3. The control method of the information terminal of the first embodiment] Next, a method of controlling the information terminal 10 when performing communication settings and the like for the device terminal 30a will be described with reference to FIG. 6.

圖6係顯示第1實施例之資訊終端10之控制方法之流程圖。FIG. 6 is a flowchart showing the control method of the information terminal 10 of the first embodiment.

首先，資訊終端10與設定用通信裝置20確立通信(步驟S10)。具體而言，資訊終端10藉由受理通信開始鍵17a(參照圖3(b))之操作而與設定用通信裝置20確立通信。資訊終端10於與設定用通信裝置20確立通信之狀態下，監視設定用通信裝置20是否受理到特定之操作。First, the information terminal 10 establishes communication with the setting communication device 20 (step S10). Specifically, the information terminal 10 establishes communication with the setting communication device 20 by accepting the operation of the communication start key 17a (see FIG. 3(b)). The information terminal 10 monitors whether or not a specific operation is received by the setting communication device 20 in a state in which communication is established with the setting communication device 20.

另一方面，資訊終端10取得應對機器終端30a設定之設定資訊(步驟S20)。該設定資訊為機器終端30a之通信設定或控制設定相關之設定資訊。該等設定資訊使用顯示輸入部17輸入。對資訊終端10，如圖3(a)所示，輸入機器終端30a之管理位址作為例如通信設定相關之設定資訊。On the other hand, the information terminal 10 obtains the setting information corresponding to the setting of the device terminal 30a (step S20). The setting information is setting information related to the communication setting or control setting of the machine terminal 30a. The setting information is input using the display input unit 17. For the information terminal 10, as shown in FIG. 3(a), input the management address of the machine terminal 30a as, for example, setting information related to communication settings.

接著，資訊終端10記憶所取得之設定資訊(步驟S30)。具體而言，資訊終端10將步驟S20中取得之設定資訊記憶於控制部15之記憶體。Next, the information terminal 10 memorizes the acquired setting information (step S30). Specifically, the information terminal 10 stores the setting information obtained in step S20 in the memory of the control unit 15.

接著，資訊終端10於與設定用通信裝置20確立通信之狀態下，判斷設定用通信裝置20是否受理到特定之操作(步驟S40)。具體而言，資訊終端10根據是否接收到上述之受理信號而判斷是否受理到特定操作。於設定用通信裝置20未受理到特定操作之情形時(S40為否(No))，返回至步驟S40。Next, the information terminal 10 determines whether or not a specific operation has been accepted by the setting communication device 20 in a state where the communication with the setting communication device 20 is established (step S40). Specifically, the information terminal 10 determines whether or not a specific operation is accepted based on whether or not the above acceptance signal is received. When the setting communication device 20 has not received a specific operation (S40: No), the process returns to step S40.

於設定用通信裝置20受理到特定操作之情形時(S40為是(Yes))，將記憶於資訊終端10之設定資訊發送至設定用通信裝置20(步驟S50)。具體而言，資訊終端10將管理位址作為位址設定相關之資訊發送至設定用通信裝置20。隨後重複步驟S10～S50，藉此，進行針對複數個機器終端之通信設定等。When the setting communication device 20 receives a specific operation (Yes in S40), the setting information stored in the information terminal 10 is sent to the setting communication device 20 (step S50). Specifically, the information terminal 10 sends the management address as information related to address setting to the communication device 20 for setting. Steps S10 to S50 are then repeated, thereby performing communication settings for a plurality of machine terminals, etc.

[4.第1實施例之通信系統之動作] 上述中，已對通信系統1具備之資訊終端10之控制方法進行說明，於以下，對通信系統1之全體動作進行說明。[4. Operation of the communication system of the first embodiment] In the above, the control method of the information terminal 10 provided in the communication system 1 has been described, and the overall operation of the communication system 1 will be described below.

圖7係顯示第1實施例之通信系統1之動作之序列圖。圖8係顯示資訊終端10所顯示之圖像之圖。FIG. 7 is a sequence diagram showing the operation of the communication system 1 of the first embodiment. FIG. 8 is a diagram showing an image displayed by the information terminal 10.

通信系統1包含資訊終端10、設定用通信裝置20及複數個機器終端30a、30b。資訊終端10為與設定用通信裝置20確立通信，並監視設定用通信裝置20是否受理到特定之操作之狀態。The communication system 1 includes an information terminal 10, a setting communication device 20, and a plurality of device terminals 30a and 30b. The information terminal 10 establishes communication with the setting communication device 20, and monitors whether the setting communication device 20 receives a specific operation.

首先，於資訊終端10之顯示輸入部17，如圖8(a)所示，顯示催促針對設定用通信裝置20之操作輸入之畫面。實際上，作為催促使用者之畫面，將設定用通信裝置20朝向通信設定等之設定對象即機器終端，隨後，顯示催促按下設定用通信裝置20之操作輸入部27之畫面。觀看到該畫面之使用者如圖1(a)所示，將資訊終端10及設定用通信裝置20移動至設定對象即機器終端30a之下方。First, on the display input unit 17 of the information terminal 10, as shown in FIG. 8(a), a screen for urging the operation input to the setting communication device 20 is displayed. Actually, as a screen for urging the user, the setting communication device 20 is directed to a device terminal that is a setting target of communication settings or the like, and then a screen for urging pressing of the operation input section 27 of the setting communication device 20 is displayed. The user viewing this screen moves the information terminal 10 and the setting communication device 20 below the device terminal 30a which is the setting target, as shown in Fig. 1(a).

接著，按下設定用通信裝置20之操作輸入部27後，將表示操作輸入部27***作之受理信號發送至資訊終端10(通信c1)。資訊終端10受理到受理信號後，將機器終端30a相關之設定資訊(例如機器終端30a之管理位址及佈局資訊)發送至設定用通信裝置20(通信c1)。Next, when the operation input unit 27 of the communication device for setting 20 is pressed, an acceptance signal indicating that the operation input unit 27 is operated is sent to the information terminal 10 (communication c1). After receiving the acceptance signal, the information terminal 10 transmits setting information related to the machine terminal 30a (for example, the management address and layout information of the machine terminal 30a) to the setting communication device 20 (communication c1).

設定用通信裝置20受理到該設定資訊後，如圖8(b)所示，將設定資訊發送至機器終端30a(通信c2)。接著，機器終端30a將受理到之設定資訊記憶於機器控制部35之記憶體。又，機器終端30a於受理到設定資訊之情形時，進行閃爍等動作，藉此向外部報知受理到設定資訊。藉此，對機器終端30a之管理位址之設定結束。After receiving the setting information, the setting communication device 20 transmits the setting information to the device terminal 30a (communication c2) as shown in FIG. 8(b). Then, the machine terminal 30a stores the received setting information in the memory of the machine control unit 35. In addition, when the device terminal 30a receives the setting information, it performs actions such as flashing, thereby notifying the outside that the setting information has been received. With this, the setting of the management address of the machine terminal 30a ends.

接著，使用者如圖1(b)所示，將資訊終端10及設定用通信裝置20移動至下一個設定對象即機器終端30b之下方。使用者藉由重複該等操作，可對複數個機器終端30a、30b進行通信設定等。Next, as shown in FIG. 1(b), the user moves the information terminal 10 and the setting communication device 20 below the device terminal 30b which is the next setting target. By repeating these operations, the user can perform communication settings and the like for a plurality of machine terminals 30a and 30b.

另，設定用通信裝置20亦可於將上述設定資訊發送至機器終端30a時，發送自身之通信位址。例如，設定用通信裝置20將自身之通信用位址發送至機器終端30a(通信c2)，又，機器終端30a將機器終端30a之通信位址回覆至設定用通信裝置20(通信c3)，隨後，設定用通信裝置20與機器終端30a可以第3通信方式之通信c3相互通信。In addition, the setting communication device 20 may also send its own communication address when sending the above setting information to the machine terminal 30a. For example, the setting communication device 20 sends its own communication address to the device terminal 30a (communication c2), and the device terminal 30a replies the communication address of the device terminal 30a to the setting communication device 20 (communication c3), and then , The setting communication device 20 and the device terminal 30a can communicate with each other through communication c3 of the third communication method.

又，設定用通信裝置20自機器終端30a接收表示接收到設定資訊之接收資訊(通信c3)，並可將該接收資訊發送至資訊終端10(通信c1)。資訊終端10可藉由將接收資訊顯示於顯示輸入部17而報知已完成將設定資訊發送至機器終端30a。In addition, the setting communication device 20 receives reception information (communication c3) indicating that the setting information has been received from the machine terminal 30a, and can send the reception information to the information terminal 10 (communication c1). The information terminal 10 can notify the completion of sending the setting information to the machine terminal 30a by displaying the received information on the display input unit 17.

又，儲存於資訊終端10之應用軟體可具有發送設定資訊後自動增加管理位址之功能，例如，將下一個通信設定之管理位址自「0001」自動變更為「0002」之功能。藉此，可使管理位址之編輯輸入省力化。In addition, the application software stored in the information terminal 10 may have the function of automatically adding the management address after sending the setting information, for example, the function of automatically changing the management address of the next communication setting from "0001" to "0002". Thereby, the editing and input of the management address can be labor-saving.

又，資訊終端10可具有將設定資訊設定於與設定對象不同之機器終端之情形時，用以將其取消之功能。於圖9顯示用以取消錯誤設定之一例。In addition, the information terminal 10 may have a function of canceling the setting information when the setting information is set in a device terminal different from the setting target. Figure 9 shows an example for canceling the wrong setting.

圖9係顯示第1實施例之資訊終端10所顯示之圖像之另一例的圖。使用者如圖9(a)所示按下「重新設定」鍵後，如圖9(b)所示，按下「取消」鍵，藉此，可取消已進行之設定。FIG. 9 is a diagram showing another example of an image displayed by the information terminal 10 of the first embodiment. After the user presses the "reset" button as shown in Figure 9(a), as shown in Figure 9(b), presses the "Cancel" button to cancel the settings that have been made.

[5.效果] 本實施形態之設定用通信裝置20包含：第1通信部21，其與資訊終端10以第1通信方式通信；第2通信部22，其與包含於設備系統5之機器終端30a以與第1通信方式不同之第2通信方式通信；及第3通信部23，其與機器終端30a以與第1通信方式及第2通信方式皆不同之第3通信方式通信。[5. Effect] The setting communication device 20 of the present embodiment includes: a first communication unit 21 that communicates with the information terminal 10 in the first communication method; a second communication unit 22 that communicates with the equipment terminal 30a included in the equipment system 5 to communicate with the first A second communication method with a different communication method; and a third communication unit 23 that communicates with the device terminal 30a by a third communication method that is different from both the first communication method and the second communication method.

又，第1通信部21可以使用無線之第1通信方式進行通信c1。In addition, the first communication unit 21 may perform communication c1 using a first wireless communication method.

據此，使資訊終端10及設定用通信裝置20通信時之便利性提高。藉此，可簡易地進行對應於機器終端30a之設定。Accordingly, the convenience of communication between the information terminal 10 and the setting communication device 20 is improved. Thereby, the setting corresponding to the machine terminal 30a can be easily performed.

又，第1通信部21可以使用2.4 GHz頻帶或5 GHz頻帶之頻率之第1通信方式進行通信c1，第2通信部22可以使用紅外線之第2通信方式進行通信c2，第3通信部23可以使用920 MHz頻帶之特定小電力無線之第3通信方式進行通信c3。In addition, the first communication unit 21 can use the first communication method of 2.4 GHz band or 5 GHz frequency band for communication c1, the second communication unit 22 can use the second communication method of infrared rays for communication c2, and the third communication unit 23 can Use the third communication method of specific low-power wireless in the 920 MHz band for communication c3.

例如，藉由以第1通信部21進行使用2.4 GHz頻帶或5 GHz頻帶之頻率之通信c1，可提高於資訊終端10及設定用通信裝置20間交換資訊時之便利性。又，藉由以第2通信部22進行使用紅外線之通信c2，可確實地將應發送之資訊發送至機器終端30a。又，藉由以第3通信部23使用920 MHz頻帶之特定小電力無線，可削減電力消耗。For example, by using the first communication unit 21 to perform communication c1 using frequencies in the 2.4 GHz frequency band or the 5 GHz frequency band, the convenience when exchanging information between the information terminal 10 and the setting communication device 20 can be improved. In addition, by performing the communication c2 using infrared rays by the second communication unit 22, the information to be transmitted can be reliably transmitted to the device terminal 30a. In addition, by using the specific low-power wireless of the 920 MHz band by the third communication unit 23, power consumption can be reduced.

又，第2通信部22可使用第2通信方式，與機器終端30a進行機器終端30a之通信設定相關之設定資訊之通信。In addition, the second communication unit 22 can use the second communication method to communicate with the device terminal 30a the setting information related to the communication setting of the device terminal 30a.

如此，藉由使設定用通信裝置20之第2通信部22進行第2通信方式之通信c2，可簡易地進行機器終端30a之通信設定。In this way, by causing the second communication unit 22 of the setting communication device 20 to perform the communication c2 of the second communication method, the communication setting of the device terminal 30a can be easily performed.

又，第3通信部23可使用第3通信方式與機器終端30a進行機器終端30a之通信設定或控制設定相關之設定資訊的通信。In addition, the third communication unit 23 can use the third communication method to communicate with the device terminal 30a for communication settings of the device terminal 30a or setting information related to control settings.

如此，藉由使設定用通信裝置20之第3通信部23進行第3通信方式之通信c3，可簡易地進行機器終端30a之通信設定或控制設定。In this way, by causing the third communication unit 23 of the setting communication device 20 to perform communication c3 of the third communication method, the communication setting or control setting of the device terminal 30a can be easily performed.

又，機器終端30a可為照明機器、照明控制器、空調機器、空調控制器及人體感測器之至少一者。In addition, the machine terminal 30a may be at least one of a lighting machine, a lighting controller, an air conditioning machine, an air conditioning controller, and a human body sensor.

據此，可使用設定用通信裝置20，簡易地進行對應於照明機器、照明控制器、空調機器、空調控制器及人體感測器之各機器終端之設定。According to this, the setting communication device 20 can be used to easily perform the setting of each device terminal corresponding to the lighting equipment, the lighting controller, the air conditioning equipment, the air conditioning controller, and the human sensor.

又，設定用通信裝置20進而包含受理特定操作之操作輸入部27，第2通信部22及第3通信部23之至少一者可於操作輸入部27受理到特定操作後與機器終端30a通信。The setting communication device 20 further includes an operation input unit 27 that accepts a specific operation. At least one of the second communication unit 22 and the third communication unit 23 can communicate with the device terminal 30a after the operation input unit 27 accepts the specific operation.

據此，可藉由設定用通信裝置20之特定操作，簡易地進行對應於機器終端30a之設定。According to this, the setting corresponding to the device terminal 30a can be easily performed by the specific operation of the setting communication device 20.

又，設定用通信裝置20可進而包含受理特定操作之操作輸入部27，第2通信部22及第3通信部23之至少一者於操作輸入部27受理到特定操作後，第1通信部21接收到自資訊終端10發送之特定資訊之情形時，與機器終端30a通信。In addition, the setting communication device 20 may further include an operation input unit 27 that accepts a specific operation. After at least one of the second communication unit 22 and the third communication unit 23 receives the specific operation in the operation input unit 27, the first communication unit 21 When the specific information sent from the information terminal 10 is received, it communicates with the machine terminal 30a.

據此，可使用設定用通信裝置20及資訊終端10簡易地進行對應於機器終端30a之設定。Accordingly, it is possible to easily perform settings corresponding to the device terminal 30a using the setting communication device 20 and the information terminal 10.

又，上述特定資訊可藉由第1通信部21將操作輸入部27受理到特定操作通知至資訊終端10，而自資訊終端10發送至第1通信部21。In addition, the above-mentioned specific information can be sent from the information terminal 10 to the first communication unit 21 by the first communication unit 21 receiving a notification of a specific operation from the operation input unit 27 to the information terminal 10.

據此，可使用設定用通信裝置20及資訊終端10確實地進行對應於機器終端30a之設定。According to this, it is possible to reliably perform the setting corresponding to the device terminal 30a using the setting communication device 20 and the information terminal 10.

又，設定用通信裝置20可進而包含記憶部26，其記憶經由第1通信部21自資訊終端10取得之資訊。In addition, the setting communication device 20 may further include a storage unit 26 that stores information acquired from the information terminal 10 via the first communication unit 21.

據此，可簡易地寫入或讀出對機器終端30a設定之設定資訊。According to this, the setting information set to the machine terminal 30a can be easily written or read.

又，經由第1通信部21取得之資訊可包含機器終端30a之通信設定或控制設定相關之設定資訊。In addition, the information obtained through the first communication unit 21 may include setting information related to communication settings or control settings of the machine terminal 30a.

據此，可簡易地寫入或讀出機器終端30a之通信設定或控制設定相關之設定資訊。Accordingly, it is possible to easily write or read setting information related to the communication setting or control setting of the machine terminal 30a.

又，以第1通信方式、第2通信方式及第3通信方式收發之各個通信資訊ic1、ic2、ic3所含之機器終端之控制指令可具有共通性。In addition, the control commands of the device terminals included in the respective communication information ic1, ic2, and ic3 sent and received by the first communication method, the second communication method, and the third communication method may have commonality.

據此，可省略不同之通信方式間進行之指令之轉換過程，可簡易地進行機器終端30a之控制設定。Accordingly, the conversion process of commands between different communication methods can be omitted, and the control setting of the machine terminal 30a can be easily performed.

又，基於第1通信方式之通信協議作成之機器終端30a之控制指令可包含與基於第2通信方式或第3通信方式各者之通信協議作成之機器終端30a之控制指令相同的指令。In addition, the control command of the machine terminal 30a based on the communication protocol of the first communication method may include the same command as the control command of the machine terminal 30a based on the communication protocol of each of the second communication method or the third communication method.

本實施形態之通信系統1包含上述設定用通信裝置20、機器終端30a及資訊終端10。The communication system 1 of this embodiment includes the above-mentioned setting communication device 20, the equipment terminal 30a, and the information terminal 10.

據此，可提供能簡易地進行對應於機器終端30a之設定的通信系統1。According to this, it is possible to provide the communication system 1 that can easily perform settings corresponding to the device terminal 30a.

又，本實施形態之資訊終端10之控制方法係與上述設定用通信裝置20通信之資訊終端10之控制方法，且包含取得機器終端30a之通信設定或控制設定相關之設定資訊的取得步驟、及記憶由取得步驟取得之設定資訊的記憶步驟。In addition, the control method of the information terminal 10 of this embodiment is the control method of the information terminal 10 that communicates with the above-mentioned setting communication device 20, and includes the steps of obtaining the communication setting of the machine terminal 30a or the setting information related to the control setting, and The step of memorizing the setting information obtained by the obtaining step.

如此，藉由將上述設定資訊記憶於資訊終端10，可自機器終端30a讀出並編輯上述設定資訊。In this way, by storing the above-mentioned setting information in the information terminal 10, the above-mentioned setting information can be read and edited from the machine terminal 30a.

又，資訊終端10之控制方法可進而包含將由記憶步驟記憶之設定資訊使用第1通信方式發送至設定用通信裝置20的步驟。In addition, the control method of the information terminal 10 may further include a step of transmitting the setting information memorized by the memorizing step to the setting communication device 20 using the first communication method.

如此，藉由將設定資訊發送至設定用通信裝置20，可使用設定用通信裝置20簡易地進行對應於機器終端30a之設定。In this way, by transmitting the setting information to the setting communication device 20, the setting corresponding to the device terminal 30a can be easily performed using the setting communication device 20.

又，本實施形態之程式包含用以使電腦執行上述資訊終端10之控制方法之程式。In addition, the program of this embodiment includes a program for making a computer execute the control method of the information terminal 10 described above.

藉由使用該程式執行資訊終端10之控制方法，可使用設定用通信裝置20簡易地進行對應於機器終端30a之設定。By using the program to execute the control method of the information terminal 10, the setting communication device 20 can be used to easily perform settings corresponding to the machine terminal 30a.

[6.第2實施形態之通信系統之構成] 接著，一面參照圖10及圖11一面對實施形態之第2實施例之通信系統之構成進行說明。第2實施例中，就對人體感測器即機器終端30c進行通信設定等之例進行說明。[6. The configuration of the communication system of the second embodiment] Next, the configuration of the communication system of the second embodiment of the embodiment will be described with reference to FIG. 10 and FIG. 11. In the second embodiment, an example in which communication settings and the like are performed on the device terminal 30c which is a human sensor will be described.

圖10係顯示第2實施例之通信系統1包含之機器終端30a、30b、30c、設定用通信裝置20及資訊終端10的概略圖。圖11係顯示通信系統1包含之機器終端30a～30c、設定用通信裝置20及資訊終端10的方塊構成圖。FIG. 10 is a schematic diagram showing the device terminals 30a, 30b, and 30c, the setting communication device 20, and the information terminal 10 included in the communication system 1 of the second embodiment. FIG. 11 is a block diagram showing the device terminals 30a-30c, the setting communication device 20, and the information terminal 10 included in the communication system 1.

如圖10及圖11所示，第2實施例之通信系統1包含資訊終端10、設定用通信裝置20及設備系統5。設備系統5包含複數個機器終端30a～30c與管理裝置40。As shown in FIGS. 10 and 11, the communication system 1 of the second embodiment includes an information terminal 10, a setting communication device 20, and an equipment system 5. The equipment system 5 includes a plurality of equipment terminals 30 a to 30 c and a management device 40.

管理裝置40與各機器終端30a～30c藉由有線連接。機器終端30c可以無線通信c4連接於各機器終端30a、30b。The management device 40 and the respective equipment terminals 30a to 30c are connected by wires. The equipment terminal 30c can be connected to each equipment terminal 30a, 30b by wireless communication c4.

機器終端30c具有檢測人，對照明機器即機器終端30a、30b進行調光控制之功能。機器終端30c包含檢測人之輸入部37、機器控制部35及機器通信部31。輸入部37及機器通信部31之各者連接於機器控制部35。The machine terminal 30c has a function of detecting people and performing dimming control on the machine terminals 30a and 30b, which are lighting equipment. The machine terminal 30c includes an input unit 37 for detecting a person, a machine control unit 35, and a machine communication unit 31. Each of the input unit 37 and the device communication unit 31 is connected to the device control unit 35.

機器終端30c之機器通信部31接收自設定用通信裝置20發送之通信設定或控制設定相關的設定資訊。The device communication unit 31 of the device terminal 30c receives setting information related to communication settings or control settings sent from the setting communication device 20.

輸入部37為用以檢測人之檢測部。輸入部37為例如圖像感測器、紅外線感測器或熱感測器。The input unit 37 is a detection unit for detecting people. The input unit 37 is, for example, an image sensor, an infrared sensor, or a thermal sensor.

機器終端30c之機器控制部35基於輸入至輸入部37之資訊，控制機器終端30a、30b。又，上述機器控制部35基於機器通信部31中接收到之設定資訊，進行機器終端30c之通信設定等。具體而言，上述機器控制部35於例如進行機器終端30c與機器終端30a、30b之配對設定時，取得自設定用通信裝置20發送之配對指示信號。藉此，上述機器控制部35開始機器終端30c與機器終端30a～30c之配對設定。The device control unit 35 of the device terminal 30c controls the device terminals 30a and 30b based on the information input to the input unit 37. In addition, the device control unit 35 performs communication settings of the device terminal 30c based on the setting information received in the device communication unit 31. Specifically, the device control unit 35 described above obtains the pairing instruction signal transmitted from the communication device 20 for setting when, for example, the pairing setting of the device terminal 30c and the device terminals 30a and 30b is performed. Thereby, the said equipment control part 35 starts the pairing setting of the equipment terminal 30c and the equipment terminal 30a-30c.

資訊終端10為編輯機器終端30a～30c之通信設定或控制設定相關之設定資訊之行動終端。資訊終端10之控制部15於進行機器終端30c之各種設定時，經由通信部11及設定用通信裝置20將通信設定或控制設定相關之設定資訊發送至機器終端30c。例如，進行配對設定時，資訊終端10將配對指示信號發送至機器終端30c。The information terminal 10 is a mobile terminal for editing communication settings or control settings related setting information of the machine terminals 30a-30c. When the control unit 15 of the information terminal 10 performs various settings of the device terminal 30c, it transmits setting information related to communication settings or control settings to the device terminal 30c via the communication unit 11 and the setting communication device 20. For example, when pairing is set, the information terminal 10 transmits a pairing instruction signal to the machine terminal 30c.

設定用通信裝置20為將經資訊終端10編輯之設定資訊使用對應於機器終端30c之通信方式發送至機器終端30c的設定器。The setting communication device 20 is a setting device that transmits the setting information edited by the information terminal 10 to the machine terminal 30c using a communication method corresponding to the machine terminal 30c.

第1通信部21可與資訊終端10以第1通信方式進行通信c1。第2通信部22可與機器終端30c以第2通信方式進行通信c2。第3通信部23可與機器終端30c以第3通信方式進行通信c3。The first communication unit 21 can communicate c1 with the information terminal 10 by the first communication method. The second communication unit 22 can communicate c2 with the device terminal 30c using the second communication method. The third communication unit 23 can communicate c3 with the device terminal 30c using the third communication method.

裝置控制部25於進行機器終端30c之各種設定時，接收自資訊終端10發送之設定資訊，且瞬時將接收到之設定資訊傳送至機器終端30c。例如，對機器終端30c進行配對設定時，裝置控制部25將自資訊終端10接收到之配對指示信號發送至機器終端30c。The device control unit 25 receives the setting information sent from the information terminal 10 when performing various settings of the machine terminal 30c, and instantly transmits the received setting information to the machine terminal 30c. For example, when the pairing setting is performed on the device terminal 30c, the device control unit 25 transmits the pairing instruction signal received from the information terminal 10 to the device terminal 30c.

具體而言，裝置控制部25於操作輸入部27自使用者受理到特定操作後，將上述之受理信號經由第1通信部21發送至資訊終端10。資訊終端10接收到受理信號後，將記憶於記憶體之設定資訊發送至設定用通信裝置20。接著，裝置控制部25將經由第1通信部21接收到之設定資訊經由第2通信部22發送至機器終端30c。Specifically, the device control unit 25 transmits the above-mentioned acceptance signal to the information terminal 10 via the first communication unit 21 after the operation input unit 27 receives a specific operation from the user. After receiving the acceptance signal, the information terminal 10 transmits the setting information stored in the memory to the setting communication device 20. Next, the device control unit 25 transmits the setting information received via the first communication unit 21 to the device terminal 30c via the second communication unit 22.

接著，對第2實施例之通信系統1之動作進行說明。Next, the operation of the communication system 1 of the second embodiment will be described.

圖12係顯示第2實施例之通信系統1之動作之序列圖。圖13係顯示資訊終端10所顯示之圖像之圖。FIG. 12 is a sequence diagram showing the operation of the communication system 1 of the second embodiment. FIG. 13 is a diagram showing an image displayed by the information terminal 10.

通信系統1包含資訊終端10、設定用通信裝置20及複數個機器終端30a～30c。資訊終端10與設定用通信裝置20確立通信，成為監視設定用通信裝置20是否受理到特定操作之狀態。The communication system 1 includes an information terminal 10, a setting communication device 20, and a plurality of device terminals 30a to 30c. The information terminal 10 establishes communication with the setting communication device 20 and is in a state of monitoring whether the setting communication device 20 has received a specific operation.

首先，於資訊終端10之顯示輸入部17如圖13(a)所示，顯示催促針對設定用通信裝置20之操作輸入的畫面。具體而言，作為催促使用者之畫面，將設定用通信裝置20朝向通信設定等之設定對象即機器終端，隨後，顯示催促按下設定用通信裝置20之操作輸入部27之畫面。觀看到該畫面之使用者如圖12所示，使資訊終端10及設定用通信裝置20移動至設定對象即機器終端30c之下方。First, as shown in FIG. 13(a) on the display input unit 17 of the information terminal 10, a screen urging operation input to the setting communication device 20 is displayed. Specifically, as a screen for urging the user, the setting communication device 20 is directed to a device terminal that is a setting target of communication settings or the like, and then a screen for urging pressing of the operation input unit 27 of the setting communication device 20 is displayed. The user viewing this screen moves the information terminal 10 and the setting communication device 20 below the device terminal 30c that is the setting target, as shown in FIG. 12.

接著，按下設定用通信裝置20之操作輸入部27後，將表示操作輸入部27***作之受理信號發送至資訊終端10(通信c1)。資訊終端10受理到受理信號後，將機器終端30c相關之設定資訊(例如配對準備資訊)發送至設定用通信裝置20(通信c1)。Next, when the operation input unit 27 of the communication device for setting 20 is pressed, an acceptance signal indicating that the operation input unit 27 is operated is sent to the information terminal 10 (communication c1). After receiving the acceptance signal, the information terminal 10 transmits the setting information (for example, pairing preparation information) related to the device terminal 30c to the setting communication device 20 (communication c1).

設定用通信裝置20受理到該設定資訊後，將設定資訊發送至機器終端30c(通信c2)。接著，機器終端30c如圖13(b)所示，基於受理到之設定資訊自機器終端30a、30b收集通信位址(無線通信c4)。機器終端30a、30b受理到收集通信位址之指示後，將各自之通信位址回覆至機器終端30c。機器終端30c將回覆之通信位址發送至設定用通信裝置20(通信c3)。再者，設定用通信裝置20將接收到之機器終端30a、30b之通信位址傳送至資訊終端10(通信c1)。藉此，如圖13(c)所示，於資訊終端10之畫面顯示可與機器終端30c通信之機器終端。After receiving the setting information, the setting communication device 20 transmits the setting information to the equipment terminal 30c (communication c2). Next, as shown in FIG. 13(b), the device terminal 30c collects communication addresses (wireless communication c4) from the device terminals 30a and 30b based on the received setting information. After receiving the instruction to collect the communication addresses, the machine terminals 30a and 30b reply their respective communication addresses to the machine terminal 30c. The device terminal 30c sends the reply communication address to the setting communication device 20 (communication c3). Furthermore, the setting communication device 20 transmits the received communication addresses of the machine terminals 30a and 30b to the information terminal 10 (communication c1). Thereby, as shown in FIG. 13(c), the machine terminal that can communicate with the machine terminal 30c is displayed on the screen of the information terminal 10.

該畫面中，使用者選擇應與機器終端30c配對之機器終端。選擇機器終端後，於資訊終端10之顯示輸入部17，再次顯示催促針對設定用通信裝置20之操作輸入之畫面。此處，設定用通信裝置20之操作輸入部27被按下後，將表示操作輸入部27***作之受理信號發送至資訊終端10(通信c1)。資訊終端10受理到受理信號後，將機器終端30c相關之設定資訊(例如配對指示資訊)發送至設定用通信裝置20(通信c1)。設定用通信裝置20受理到該設定資訊後，將設定資訊發送至機器終端30c(通信c2)。In this screen, the user selects the machine terminal to be paired with the machine terminal 30c. After the device terminal is selected, the display input unit 17 of the information terminal 10 displays a screen urging the operation input to the setting communication device 20 again. Here, after the operation input unit 27 of the setting communication device 20 is pressed, an acceptance signal indicating that the operation input unit 27 is operated is transmitted to the information terminal 10 (communication c1). After receiving the acceptance signal, the information terminal 10 transmits the setting information (for example, pairing instruction information) related to the device terminal 30c to the setting communication device 20 (communication c1). After receiving the setting information, the setting communication device 20 transmits the setting information to the equipment terminal 30c (communication c2).

接著，機器終端30c如圖13(e)所示，基於受理到之設定資訊執行與機器終端30a、30b之配對(無線通信c4)。配對結束後，機器終端30c將通知配對已結束之結束信號發送至設定用通信裝置20(通信c3)，設定用通信裝置20將接收到之結束信號傳送至資訊終端10(通信c1)。藉此，如圖13(f)所示，於資訊終端10顯示配對設定已結束。Next, as shown in FIG. 13(e), the device terminal 30c performs pairing with the device terminals 30a and 30b based on the received setting information (wireless communication c4). After the pairing is completed, the device terminal 30c sends an end signal notifying that the pairing has been completed to the setting communication device 20 (communication c3), and the setting communication device 20 transmits the received end signal to the information terminal 10 (communication c1). Thereby, as shown in FIG. 13(f), the information terminal 10 displays that the pairing setting is completed.

如此，實施例2之設定用通信裝置20包含：第1通信部21，其與資訊終端10以第1通信方式通信；第2通信部22，其與包含於設備系統5之機器終端30c以與第1通信方式不同之第2通信方式通信；及第3通信部23，其與機器終端30c以與第1通信方式及第2通信方式皆不同之第3通信方式通信。Thus, the setting communication device 20 of the second embodiment includes: a first communication unit 21 that communicates with the information terminal 10 in the first communication method; and a second communication unit 22 that communicates with the equipment terminal 30c included in the equipment system 5 A second communication method that is different from the first communication method; and a third communication unit 23 that communicates with the device terminal 30c by a third communication method that is different from both the first communication method and the second communication method.

例如，根據該設定用通信裝置20，可以第1通信方式接收經資訊終端10編輯之通信設定及控制設定相關的設定資訊，並以第2通信方式發送至機器終端30c。又，隨後，可以第3通信方式簡易地變更上述設定資訊。藉此，可簡易的進行對應於機器終端30c之設定。For example, according to the setting communication device 20, it is possible to receive the setting information related to the communication setting and control setting edited by the information terminal 10 in the first communication method, and send it to the device terminal 30c in the second communication method. Furthermore, subsequently, the above-mentioned setting information can be easily changed by the third communication method. Thereby, the setting corresponding to the machine terminal 30c can be easily performed.

[7.第3實施例之通信系統之構成] 接著，一面參照圖14及圖15一面對實施形態之第3實施例之通信系統之概略構成進行說明。第3實施例中，就取代第2實施例中顯示之機器終端30c而對機器終端30d進行控制設定等之例進行說明。機器終端30d為例如牆壁開關。[7. The configuration of the communication system of the third embodiment] Next, the schematic configuration of the communication system of the third embodiment of the embodiment will be described with reference to FIGS. 14 and 15. In the third embodiment, an example in which control settings and the like are performed on the device terminal 30d instead of the device terminal 30c displayed in the second embodiment will be described. The machine terminal 30d is, for example, a wall switch.

圖14係顯示第3實施例之通信系統1包含之機器終端30a、30b、30d、設定用通信裝置20及資訊終端10的概略圖。圖15係顯示通信系統1包含之機器終端30a、30b、30d、設定用通信裝置20及資訊終端10的方塊構成圖14 is a schematic diagram showing the device terminals 30a, 30b, and 30d, the communication device 20 for setting, and the information terminal 10 included in the communication system 1 of the third embodiment. FIG. 15 is a block diagram showing the device terminals 30a, 30b, 30d, the setting communication device 20, and the information terminal 10 included in the communication system 1

如圖14及圖15所示，第3實施例之通信系統1包含資訊終端10、設定用通信裝置20及設備系統5。設備系統5包含複數個機器終端30a、30b、30d與管理裝置40。As shown in FIGS. 14 and 15, the communication system 1 of the third embodiment includes an information terminal 10, a setting communication device 20, and an equipment system 5. The equipment system 5 includes a plurality of equipment terminals 30 a, 30 b, and 30 d and a management device 40.

管理裝置40與各機器終端30a、30b、30d藉由有線連接。機器終端30d與各機器終端30a、30b以有線連接。又，機器終端30d與設定用通信裝置20以雙線式之有線連接。The management device 40 is connected to each device terminal 30a, 30b, and 30d by wire. The equipment terminal 30d and the equipment terminals 30a and 30b are connected by wires. In addition, the device terminal 30d and the setting communication device 20 are connected by a two-wire type wired connection.

機器終端30d為接通斷開機器終端30a、30b之電源之開關。機器終端30d包含切換電源之接通斷開之輸入部37、機器控制部35及機器通信部31。輸入部37及機器通信部31之各者連接於機器控制部35。The machine terminal 30d is a switch for turning on and off the power of the machine terminals 30a and 30b. The machine terminal 30d includes an input unit 37 that switches the power supply on and off, a machine control unit 35, and a machine communication unit 31. Each of the input unit 37 and the device communication unit 31 is connected to the device control unit 35.

機器終端30d之機器通信部31接收自設定用通信裝置20發送之控制設定等相關之設定資訊。輸入部37為例如速動開關或切換按鈕。機器終端30d之機器控制部35基於輸入至輸入部37之資訊控制機器終端30a、30b。又，上述機器控制部35基於機器通信部31中接收到之設定資訊進行機器終端30d之控制設定等。The machine communication unit 31 of the machine terminal 30d receives the control setting and other related setting information sent from the setting communication device 20. The input unit 37 is, for example, a snap switch or a switch button. The device control unit 35 of the device terminal 30d controls the device terminals 30a and 30b based on the information input to the input unit 37. In addition, the device control unit 35 performs control settings of the device terminal 30d based on the setting information received from the device communication unit 31.

資訊終端10為編輯機器終端30a、30b、30d之控制設定相關之設定資訊的行動終端。資訊終端10之控制部15於進行機器終端30d之各種設定時，經由通信部11及設定用通信裝置20將控制設定等相關之設定資訊發送至機器終端30d。The information terminal 10 is a mobile terminal for editing setting information related to the control settings of the machine terminals 30a, 30b, and 30d. When the control unit 15 of the information terminal 10 performs various settings of the device terminal 30d, it transmits setting information related to control settings and the like to the device terminal 30d via the communication unit 11 and the setting communication device 20.

設定用通信裝置20為將經資訊終端10編輯之設定資訊使用對應於機器終端30d之通信方式發送至機器終端30d的設定器。The setting communication device 20 is a setting device that transmits the setting information edited by the information terminal 10 to the machine terminal 30d using a communication method corresponding to the machine terminal 30d.

第1通信部21可與資訊終端10以第1通信方式進行通信c1。第2通信部22具有紅外線發送部22a及紅外線接收部22b，可與機器終端30d以第2通信方式進行通信c2。第3通信部23具有無線通信部23a及有線通信部23b，可與機器終端30c以第3通信方式進行通信c3。第3實施例之第3通信部23具有無線及有線之兩個模組。The first communication unit 21 can communicate c1 with the information terminal 10 by the first communication method. The second communication unit 22 has an infrared transmitting unit 22a and an infrared receiving unit 22b, and can communicate c2 with the device terminal 30d by the second communication method. The third communication unit 23 has a wireless communication unit 23a and a wired communication unit 23b, and can communicate c3 with the device terminal 30c using the third communication method. The third communication unit 23 of the third embodiment has two wireless and wired modules.

裝置控制部25於進行機器終端30d之各種設定時，接收自資訊終端10發送之設定資訊，瞬時將接收到之設定資訊轉送至機器終端30d。例如，對機器終端30d進行控制設定時，裝置控制部25將自資訊終端10接收到之控制設定信號發送至機器終端30d。When performing various settings of the machine terminal 30d, the device control unit 25 receives the setting information sent from the information terminal 10, and instantly forwards the received setting information to the machine terminal 30d. For example, when performing control settings for the equipment terminal 30d, the device control unit 25 transmits the control setting signal received from the information terminal 10 to the equipment terminal 30d.

具體而言，裝置控制部25於操作輸入部27自使用者受理到特定操作後，將上述之受理信號經由第1通信部21發送至資訊終端10。資訊終端10接收到受理信號後，將記憶於記憶體之設定資訊發送至設定用通信裝置20。接著，裝置控制部25將經由第1通信部21接收到之設定資訊經由第2通信部22發送至機器終端30d。Specifically, the device control unit 25 transmits the above-mentioned acceptance signal to the information terminal 10 via the first communication unit 21 after the operation input unit 27 receives a specific operation from the user. After receiving the acceptance signal, the information terminal 10 transmits the setting information stored in the memory to the setting communication device 20. Next, the device control unit 25 transmits the setting information received via the first communication unit 21 to the device terminal 30d via the second communication unit 22.

如此，實施例3之設定用通信裝置20包含：第1通信部21，其與資訊終端10以第1通信方式通信；第2通信部22，其與包含於設備系統5之機器終端30d以與第1通信方式不同之第2通信方式通信；及第3通信部23，其與機器終端30d以與第1通信方式及第2通信方式皆不同之第3通信方式通信。Thus, the setting communication device 20 of the third embodiment includes: a first communication unit 21 that communicates with the information terminal 10 in the first communication method; and a second communication unit 22 that communicates with the equipment terminal 30d included in the equipment system 5 A second communication method that is different from the first communication method; and a third communication unit 23 that communicates with the device terminal 30d by a third communication method that is different from both the first communication method and the second communication method.

例如，根據該設定用通信裝置20，可以第1通信方式接收經資訊終端10編輯之通信設定及控制設定相關的設定資訊，並以第2通信方式發送至機器終端30c。又，隨後，可以第3通信方式(有線)簡易地變更上述設定資訊。藉此，可簡易的進行對應於機器終端30d之設定。For example, according to the setting communication device 20, it is possible to receive the setting information related to the communication setting and control setting edited by the information terminal 10 in the first communication method, and send it to the device terminal 30c in the second communication method. Furthermore, subsequently, the above-mentioned setting information can be easily changed by the third communication method (wired). Thereby, the setting corresponding to the machine terminal 30d can be easily performed.

又，第1通信部21可以使用2.4 GHz頻帶或5 GHz頻帶之頻率之第1通信方式進行通信，第2通信部22可以使用紅外線之第2通信方式進行通信，第3通信部23可以使用有線之第3通信方式進行通信。In addition, the first communication unit 21 can communicate using the first communication method of 2.4 GHz band or 5 GHz frequency band, the second communication unit 22 can communicate using the second communication method of infrared rays, and the third communication unit 23 can use wired The third communication method for communication.

例如，藉由以第1通信部21進行使用2.4 GHz頻帶或5 GHz頻帶之頻率之通信c1，可提高於資訊終端10及設定用通信裝置20間交換資訊時之便利性。又，藉由以第2通信部22進行使用紅外線之通信c2，可確實地將應發送之資訊發送至機器終端30d。又，藉由以第3通信部23進行有線通信，不易受雜訊之影響，可確實地將應發送之資訊發送至機器終端30d。 (資訊終端所顯示之圖像之例) 接著，一面使用圖16～圖24一面對資訊終端10所顯示之圖像例進行說明。另，圖16～圖24中，將設定用通信裝置20記載為設定器，將資訊終端10記載為智慧型手機，將機器終端30c記載為調光感測器，將機器終端30a、30b記載為照明器具。首先，對進行資訊終端(智慧型手機)10與設定用通信裝置(設定器)20之通信確立之場景進行說明。圖16係顯示資訊終端10所顯示之圖像之一例之圖。圖16係於顯示圖8之圖像前顯示於資訊終端10之圖像。另，圖16(c)所示之主頁畫面亦可於圖8之圖像後顯示。當智慧型手機之應用軟體啟動後，確認通信I/F(介面)即設定器之電源，於電源未接入之情形時顯示催促使用者接入電源之圖像。於設定器之電源接入之狀態，智慧型手機中受理到選擇「開始連接設定」之輸入後，顯示讓使用者確認智慧型手機之通信c1(例如Bluetooth(藍牙)：註冊商標)是否接通之圖像。於智慧型手機之通信c1接通之狀態下，受理到特定操作後，如圖16(a)所示，顯示設定器之編號(或位址、名稱)。接著，自顯示於智慧型手機之設定器之編號中選擇應與智慧型手機連接之設定器。藉此，藉由第1通信方式將智慧型手機與設定器確立通信。智慧型手機與設定器之通信確立後，如圖16(b)所示，於智慧型手機顯示「資料保存、管理」之圖像。此處，若受理到選擇「新作成資料」之輸入，則顯示圖16(c)所示之主頁畫面。又，若圖16(b)中受理到選擇「使用之前的資料」之輸入，則適用之前使用之設定資料後，顯示圖16(c)所示之主頁畫面。又，若圖16(b)中受理到選擇「自智慧型手機本體」或「自設定器」之輸入，則顯示讓其選擇保存於智慧型手機本體或設定器之設定資料之畫面，適用所選擇之設定資料後，顯示圖16(c)所示之主頁畫面。另，於保存之設定資料僅一個之情形時，可省略選擇設定資料之畫面。接著，對自主頁畫面顯示設定用通信裝置(設定器)20相關之資訊之場景進行說明。圖17係顯示資訊終端10所顯示之圖像之一例之圖。圖18係顯示圖17之資訊終端10之畫面所顯示之標記的圖。圖17及圖18係於顯示圖8之圖像前顯示於資訊終端10之圖像。另，圖17及圖18所示之主頁畫面亦可於圖8之圖像後顯示。於智慧型手機與設定器確立通信之情形時，如圖17(a)所示，若受理到選擇「與設定器之連接狀態：已連接」之輸入，則於智慧型手機之畫面顯示設定器之電池剩餘量及應用軟體之軟體版本相關之資訊。藉此，使用者可瞭解設定器之電池剩餘量及軟體版本相關之資訊。又，智慧型手機與設定器為連接中時，如圖18所示，由於在「與設定器之連接狀態：已連接」之文字附近顯示有表示電池剩餘量之標記，故使用者根據該標記亦可瞭解設定器之電池剩餘量相關之資訊。另，使用者不知道設定器之放置場所之情形時，例如，若於設定器之畫面受理到選擇「搜索設定器」之輸入，則自設定器鳴動複數次「嗶嗶」之電子音。藉此，使用者可知道設定器之放置場所。智慧型手機與設定器未確立通信之情形時，如圖17(b)所示，若受理到選擇「與設定器之連接狀態：未連接」之輸入，則於智慧型手機之畫面顯示「連接」圖標。按下畫面上之「連接」圖標後，再次嘗試智慧型手機與設定器之連接。接著，對自主頁畫面進行資料保存及機器終端之維護之場景進行說明。圖19及圖20係顯示資訊終端10所顯示之圖像之一例之圖。圖19及圖20係顯示圖8之圖像前顯示於資訊終端10之圖像。另，圖19(a)所示之主頁畫面亦可於圖8之圖像後顯示。若智慧型手機中受理到選擇圖19(a)所示之「資料保存、管理」之輸入，則如圖19(b)所示，移行至「資料保存、管理」之畫面。若該畫面中受理到選擇「自設定器」之輸入，則向自設定器讀出資料之選單移行，若受理到選擇「對設定器」之輸入，則向對設定器保存資料之選單移行。另一方面，若智慧型手機中受理到選擇圖19(a)所示之「維護」之輸入，則於智慧型手機之畫面，如圖19(c)所示，顯示用以進行照明器具等之維護之畫面。例如，於該畫面上，若受理到選擇「器具動作確認」之輸入，則顯示可改變照明器具之亮度之滑桿。使用者可使用滑桿進行照明器具之動作確認。又，圖19(c)中，若受理到選擇「器具初始化」之輸入，則顯示用以將照明器具之設定復原為出廠時之畫面。若受理到選擇「無線輸出停止」之輸入，則顯示用以暫時停止調光感測器之無線輸出之畫面。若受理到選擇「調光感測器資料復舊」之輸入，則顯示用以將調光感測器之設定資料復舊為保存狀態之畫面。若受理到選擇「設定模式解除」之輸入，則顯示用以解除調光感測器之設定模式之畫面。若受理到選擇「無線配對強制刪除」之輸入，則顯示用以強制刪除無線配對之畫面。又，圖19(c)及圖20(a)所示之畫面中，若受理到選擇「機器編號核對」之輸入，則如圖20(b)所示，顯示用以確認調光感測器編號及調光電路編號之狀態的畫面。圖20(b)中，若受理到選擇「閒置核對」之輸入，則如圖20(c)所示，針對調光感測器編號及調光電路編號之各者顯示未使用之編號之數量及未使用編號。圖20(b)中，若受理到選擇「重複核對」之輸入，則如圖20(d)所示，顯示重複之調光電路之數量、重複之調光電路之編號及該調光電路所含之調光感測器編號。接著，對進行機器終端30c(調光感測器)之通信設定之場景進行說明。圖21及圖22係顯示資訊終端10所顯示之圖像之一例之圖。另，圖21係於顯示圖8之圖像前顯示於資訊終端10之圖像。另，圖21(a)所示之主頁畫面亦可於圖8之圖像後顯示。智慧型手機中，若受理到選擇圖21(a)所示之「調光感測器設定」之輸入，則智慧型手機中如圖21(b)所示，顯示催促操作輸入設定器之「通信」按鈕(操作輸入部)圖像。按下「通信」按鈕後，設定器藉由使用紅外線之通信c2與調光感測器通信。「通信」按鈕為例如操作輸入部27。智慧型手機之畫面中如圖21(c)所示，顯示調光感測器與照明器具之通信c4所用之頻率。若智慧型手機中受理到選擇「OK」之輸入，則顯示圖21(d)所示之畫面。若圖21(d)之畫面中受理到選擇「無線配對設定」之輸入，則進入圖21(e)所示之調光電路ID之選擇。若該畫面中受理到例如選擇「調光電路ID 1」之輸入，則如圖21(f)所示，顯示變更對應於「調光電路ID 1」之照明器具之設定的圖像。此處，如圖22(a)所示，若受理到選擇「調光電路ID變更」之輸入，則如圖22(b)所示，顯示矩陣狀排列複數個照明器具之識別編號之圖像。於該畫面上，選擇對應於「調光電路ID 1」之照明器具，且若受理到選擇「登錄」之輸入，則登錄與「調光電路ID 1」對應之照明器具。另一方面，若受理到選擇圖22(a)所示之「追加」之輸入，則進入至圖22(c)所示之配對之設定畫面。該設定畫面中，若受理到選擇「確實設定(有紅外線)」之輸入，則智慧型手機中，如圖22(d)所示，顯示催促操作輸入設定器之「通信」按鈕之圖像。按下「通信」按鈕後，設定器藉由使用紅外線之通信c2與照明器具通信。對應配對之複數個照明器具依序進行該等操作，操作全部結束後，顯示圖22(d)所示之「結束」圖標，若受理到選擇「結束」圖標之輸入，則如圖22(e)所示，顯示對應於「調光電路ID 1」之照明器具之識別編號。接著，智慧型手機中，若受理到選擇「執行配對」之輸入，則執行調光感測器與照明器具之配對。接著，就用以對照明器具進行調光控制之控制位址設定之場景進行說明。例如，以有線通信之系統進行照明器具之調光控制之情形時，必須進行調光感測器及照明器具之配對設定，且進行有線通信之控制位址設定。另，有線通信可使用例如多重傳送方式之照明器具等之負載控制之形態，使用2條信號線一面進行位址之收發一面控制負載之形態等。圖23係顯示資訊終端10所顯示之圖像之一例之圖。如圖23(a)所示，智慧型手機中，若受理到選擇「控制位址設定」之輸入，則如圖23(b)所示，顯示用以進行控制位址之設定之畫面。將應進行控制位址之設定之系統1之「調光控制」之滑桿切換為接通後，如圖23(c)所示，顯示系統1之控制位址之寫入畫面。此處，如圖23(d)所示，寫入「00-2」之控制位址，若受理到選擇「設定」之輸入，則系統1之控制位址之設定輸入結束。另，此時，必須寫入不與其他之調光電路或終端機單元重複之控制位址。接著，若受理到選擇圖23(e)所示之「發送設定內容」之輸入，則將智慧型手機中設定輸入之控制位址設定於照明器具及管理裝置40。接著，對進行機器終端(照明器具)30a之照明控制設定之場景進行說明。圖24係顯示資訊終端10所顯示之圖像之一例之圖。首先，如圖24(a)所示，若受理到選擇「照明控制設定」之輸入，則智慧型手機如圖24(b)所示，取得與調光感測器配對之照明器具之資訊。接著，如圖24(c)所示，若受理到選擇「點亮開始」之輸入，則將與調光感測器配對之照明器具點亮。圖24(d)中顯示以多少勒克斯將照明器具點亮。接著，若受理到選擇「OK」之輸入，則如圖24(e)所示，顯示用以調整照度之畫面。於該畫面上，可調整輸入成為目標之照度及上限下限之調光率。如圖24(e)所示，若受理到選擇「發送設定內容」之輸入，則將智慧型手機中設定輸入之該等照度控制設定設定於照明器具及管理裝置40。For example, by using the first communication unit 21 to perform communication c1 using frequencies in the 2.4 GHz frequency band or the 5 GHz frequency band, the convenience when exchanging information between the information terminal 10 and the setting communication device 20 can be improved. In addition, by performing the communication c2 using infrared rays by the second communication unit 22, the information to be transmitted can be reliably transmitted to the device terminal 30d. In addition, by performing wired communication with the third communication unit 23, the information to be transmitted can be reliably transmitted to the device terminal 30d without being easily affected by noise. (Example of image displayed on information terminal) Next, an example of an image displayed on the information terminal 10 will be described while using FIGS. 16 to 24. 16 to 24, the setting communication device 20 is described as a setter, the information terminal 10 is described as a smartphone, the device terminal 30c is described as a dimming sensor, and the device terminals 30a, 30b are described as Lighting equipment. First, a scenario for establishing communication between the information terminal (smart phone) 10 and the setting communication device (setting device) 20 will be described. FIG. 16 is a diagram showing an example of an image displayed by the information terminal 10. FIG. 16 is an image displayed on the information terminal 10 before the image of FIG. 8 is displayed. In addition, the homepage screen shown in Figure 16(c) can also be displayed behind the image in Figure 8. When the application software of the smart phone is activated, confirm that the communication I/F (interface) is the power supply of the setting device, and display an image urging the user to connect the power when the power is not connected. In the power-on state of the setter, after the smart phone receives the input of selecting "Start connection setting", it displays to let the user confirm whether the communication c1 of the smart phone (for example, Bluetooth: registered trademark) is connected Of the image. When the communication c1 of the smart phone is connected, after receiving a specific operation, as shown in Figure 16(a), the number (or address, name) of the setting device is displayed. Then, select the setter that should be connected to the smartphone from the number displayed on the setter of the smartphone. In this way, communication between the smartphone and the setting device is established by the first communication method. After the communication between the smart phone and the setting device is established, as shown in Figure 16(b), the smart phone displays the image of "data storage and management". Here, if the input of selecting "new creation data" is accepted, the homepage screen shown in Figure 16(c) will be displayed. Also, if the input of selecting "data before use" is accepted in Fig. 16(b), after applying the previously used setting data, the home screen shown in Fig. 16(c) will be displayed. In addition, if the input of selecting "from the smartphone body" or "self-setting device" is accepted in Figure 16(b), the screen for selecting the setting data saved in the smartphone body or the setting device will be displayed. After selecting the setting data, the home screen shown in Figure 16(c) will be displayed. In addition, when there is only one setting data saved, the screen for selecting setting data can be omitted. Next, a description will be given of a scene where information related to the setting communication device (setting device) 20 is displayed from the home screen. FIG. 17 is a diagram showing an example of an image displayed by the information terminal 10. FIG. 18 is a diagram showing the marks displayed on the screen of the information terminal 10 in FIG. 17. 17 and 18 are images displayed on the information terminal 10 before the image of FIG. 8 is displayed. In addition, the homepage screens shown in FIGS. 17 and 18 can also be displayed behind the image in FIG. 8. When the smart phone and the setting device establish communication, as shown in Figure 17(a), if the input of "connection status with the setting device: connected" is accepted, the setting device will be displayed on the screen of the smart phone Information about the remaining battery capacity and the software version of the application software. In this way, the user can learn about the remaining battery capacity of the setter and information about the software version. Also, when the smartphone and the setting device are connected, as shown in Figure 18, since a mark indicating the remaining battery level is displayed near the text of "Connected to the setting device: connected", the user follows the mark You can also learn about the remaining battery capacity of the setter. In addition, when the user does not know the location of the setting device, for example, if the input of selecting the "search setting device" is received on the setting device screen, the electronic sound of the setting device will beep several times. In this way, the user can know where the setting device is placed. When the communication between the smart phone and the setting device is not established, as shown in Figure 17(b), if the input of selecting "connection status with the setting device: not connected" is accepted, the screen of the smart phone will display "Connect "icon. After pressing the "Connect" icon on the screen, try to connect the smartphone with the setting device again. Next, the scene of data storage and machine terminal maintenance from the homepage screen will be explained. 19 and 20 are diagrams showing an example of an image displayed by the information terminal 10. 19 and 20 are the images displayed on the information terminal 10 before the image of FIG. 8 is displayed. In addition, the homepage screen shown in Figure 19(a) can also be displayed behind the image in Figure 8. If the smart phone accepts the input of selecting "data storage and management" shown in Figure 19(a), it will move to the "data storage and management" screen as shown in Figure 19(b). If the input of selecting "self-setting device" is accepted in this screen, it will move to the menu of reading data from the self-setting device. If the input of selecting "setting device" is accepted, it will move to the menu of saving data to the setter. On the other hand, if the input of selecting "Maintenance" shown in Figure 19(a) is accepted in the smartphone, the screen of the smartphone, as shown in Figure 19(c), is displayed for lighting fixtures, etc. The maintenance screen. For example, on this screen, if the input of selecting "Appliance Action Confirmation" is accepted, a slider that can change the brightness of the lighting appliance is displayed. The user can use the slider to confirm the action of the lighting appliance. In addition, in Fig. 19(c), if the input to select "Initialization of the appliance" is received, a screen for restoring the setting of the lighting appliance to the time of shipment is displayed. If the input of "Wireless Output Stop" is accepted, the screen to temporarily stop the wireless output of the dimming sensor will be displayed. If the input of selecting "restore dimming sensor data" is accepted, the screen for restoring the setting data of the dimming sensor to the saved state will be displayed. If the input of selecting "setting mode release" is accepted, the screen to release the setting mode of the dimming sensor will be displayed. If the input of selecting "Wireless Pairing Forced Delete" is accepted, the screen for forcibly deleting wireless pairing will be displayed. Also, in the screens shown in Figure 19(c) and Figure 20(a), if the input of selecting "Machine Number Check" is accepted, as shown in Figure 20(b), a display to confirm the dimming sensor The status screen of the number and dimming circuit number. In Figure 20(b), if the input of selecting "Idle Check" is accepted, as shown in Figure 20(c), the number of unused numbers is displayed for each of the dimming sensor number and the dimming circuit number And unused numbers. In Figure 20(b), if the input for selecting "Repeat Check" is accepted, as shown in Figure 20(d), the number of repeated dimming circuits, the number of repeated dimming circuits and the location of the dimming circuit are displayed. Contains the dimming sensor number. Next, a description will be given of a scenario for performing communication settings of the machine terminal 30c (dimming sensor). 21 and 22 are diagrams showing an example of an image displayed by the information terminal 10. In addition, FIG. 21 is an image displayed on the information terminal 10 before the image of FIG. 8 is displayed. In addition, the homepage screen shown in FIG. 21(a) can also be displayed behind the image in FIG. 8. In the smart phone, if the input of selecting the "dimming sensor setting" shown in Fig. 21(a) is received, the smart phone will display the prompt operation input setting device as shown in Fig. 21(b) Communication" button (operation input unit) image. After pressing the "communication" button, the setting device communicates with the dimming sensor via the infrared communication c2. The "communication" button is, for example, the operation input unit 27. The screen of the smart phone is shown in Figure 21(c), showing the frequency used for communication c4 between the dimming sensor and the lighting fixture. If the input of selecting "OK" is accepted in the smart phone, the screen shown in Figure 21(d) will be displayed. If the input of selecting "wireless pairing setting" is accepted in the screen of Fig. 21(d), then enter the selection of the dimming circuit ID shown in Fig. 21(e). If, for example, an input to select "dimming circuit ID 1" is accepted on this screen, as shown in FIG. 21(f), an image for changing the setting of the lighting fixture corresponding to "dimming circuit ID 1" is displayed. Here, as shown in Fig. 22(a), if the input of selecting "dimming circuit ID change" is received, as shown in Fig. 22(b), an image with the identification numbers of a plurality of lighting fixtures arranged in a matrix is displayed . On this screen, select the lighting fixture corresponding to "dimming circuit ID 1", and if the input of selecting "register" is received, register the lighting fixture corresponding to "dimming circuit ID 1". On the other hand, if the input of selecting "addition" shown in Fig. 22(a) is accepted, it will enter the pairing setting screen shown in Fig. 22(c). In this setting screen, if the input of selecting "Accurate setting (with infrared)" is accepted, the image of the "communication" button urging the operation input setting device is displayed on the smart phone, as shown in Figure 22(d). After pressing the "communication" button, the setting device communicates with the lighting equipment by using infrared communication c2. Corresponding to the paired lighting fixtures, perform these operations in sequence. After the operations are completed, the "End" icon shown in Figure 22(d) will be displayed. If the input of selecting the "End" icon is accepted, it will be shown in Figure 22(e) ) Shows the identification number of the lighting fixture corresponding to "dimming circuit ID 1". Then, in the smart phone, if the input of selecting "Perform Pairing" is received, the dimming sensor and the lighting fixture will be paired. Next, the scene of setting the control address for dimming control of lighting appliances will be described. For example, when the dimming control of lighting equipment is performed by a wired communication system, the pairing setting of the dimming sensor and the lighting equipment must be performed, and the control address setting of the wired communication must be performed. In addition, wired communication can use, for example, a form of load control of lighting fixtures in a multiple transmission method, and a form of using two signal lines to send and receive addresses while controlling the load. FIG. 23 is a diagram showing an example of an image displayed by the information terminal 10. As shown in Figure 23(a), if the smart phone accepts the input of selecting "Control Address Setting", as shown in Figure 23(b), the screen for setting the control address is displayed. After the slider of "Dimming Control" of System 1 that should be set to the control address is switched on, as shown in Figure 23(c), the writing screen of the control address of System 1 is displayed. Here, as shown in Figure 23(d), write the control address of "00-2". If the input of selecting "Setting" is accepted, the setting input of the control address of the system 1 ends. In addition, at this time, you must write a control address that does not overlap with other dimming circuits or terminal units. Next, if the input of selecting the "transmission setting content" shown in FIG. 23(e) is received, the control address set and input in the smart phone is set in the lighting fixture and management device 40. Next, the scene in which the lighting control setting of the equipment terminal (lighting equipment) 30a is performed will be described. FIG. 24 is a diagram showing an example of an image displayed by the information terminal 10. First, as shown in Fig. 24(a), if the input of selecting "lighting control setting" is received, the smartphone will obtain the information of the lighting equipment paired with the dimming sensor as shown in Fig. 24(b). Then, as shown in FIG. 24(c), if the input of selecting "lighting start" is received, the lighting fixture paired with the dimming sensor will be turned on. Fig. 24(d) shows how many lux the lighting fixture is turned on. Then, if the input of selecting "OK" is accepted, as shown in Fig. 24(e), the screen for adjusting the illuminance is displayed. On this screen, you can adjust the input target illuminance and the upper and lower dimming rate. As shown in FIG. 24(e), if the input of selecting "transmission setting content" is received, the illuminance control settings inputted in the smartphone are set in the lighting equipment and management device 40.

(其他之形態) 以上，已基於實施形態對設定用通信裝置、通信系統、資訊終端之控制方法及程式進行說明，但本揭示並非限定於上述實施形態者。例如，實施熟知本技藝者對上述實施形態可想到之各種變化而獲得之形態、或藉由於不脫離本揭示之主旨之範圍內任意組合實施形態中之構成要素及功能而實現之形態亦包含於本揭示。(Other forms) Above, the control method and program of the setting communication device, communication system, and information terminal have been described based on the embodiment, but the present disclosure is not limited to the above embodiment. For example, forms obtained by implementing various changes that can be imagined by those skilled in the art to the above-mentioned embodiment, or forms realized by arbitrarily combining the constituent elements and functions of the embodiment without departing from the scope of the present disclosure are also included in This disclosure.

本實施形態之第2通信方式不限定於紅外線通信，亦可為雷射光或NFC(Near Field Communication：近距離無線通信)等能一一對應之通信方式。The second communication method of the present embodiment is not limited to infrared communication, and may be a communication method capable of one-to-one correspondence such as laser light or NFC (Near Field Communication).

又，設定用通信裝置可具有圖25及圖26所示之外觀。In addition, the setting communication device may have the appearance shown in FIGS. 25 and 26.

又，上述實施形態之流程圖中說明之處理順序為一例。複數個處理順序可變更，複數個處理亦可並行執行。In addition, the processing procedure described in the flowchart of the above embodiment is an example. Multiple processing sequences can be changed, and multiple processing can also be executed in parallel.

又，上述實施形態中，控制部等之構成要素可藉由執行適於各構成要素之軟體程式而實現。各構成要素可藉由由CPU或處理器等程式執行部讀出並執行記錄於硬碟或半導體記憶體等記錄媒體之軟體程式而實現。Furthermore, in the above-mentioned embodiment, the constituent elements such as the control unit can be realized by executing software programs suitable for each constituent element. Each constituent element can be realized by reading and executing a software program recorded on a recording medium such as a hard disk or semiconductor memory by a program execution unit such as a CPU or a processor.

又，控制部等之構成要素可藉由硬體實現。例如，控制部等之構成要素可為電路(或積體電路)。該等電路可作為整體構成一個電路，亦可分別為獨立之電路。又，該等電路可分別為通用之電路，亦可為專用之電路。In addition, the components such as the control unit can be realized by hardware. For example, the component such as the control unit may be a circuit (or integrated circuit). These circuits can be used as a whole to form a circuit, or they can be separate circuits. Moreover, these circuits can be general-purpose circuits or dedicated circuits.

又，本揭示之全體或具體之態樣可以系統、裝置、方法、積體電路、電腦程式或電腦可讀取之CD-ROM等記錄媒體實現。又，亦可以系統、裝置、方法、積體電路、電腦程式及記錄媒體之任意組合實現。In addition, the entire or specific aspects of the present disclosure can be implemented in recording media such as systems, devices, methods, integrated circuits, computer programs, or computer-readable CD-ROMs. Moreover, it can also be implemented in any combination of systems, devices, methods, integrated circuits, computer programs, and recording media.

例如，本揭示可作為用以使電腦執行由上述實施形態之資訊終端進行之處理之程式實現。此種程式中包含有安裝於智慧型手機或平板終端等行動終端之應用程式。又，本揭示可作為記錄有此種程式之電腦可讀取之非暫時性記錄媒體實現。For example, the present disclosure can be implemented as a program for making a computer execute the processing performed by the information terminal of the above embodiment. Such programs include applications installed on mobile terminals such as smart phones or tablet terminals. Moreover, the present disclosure can be realized as a non-transitory recording medium readable by a computer on which such a program is recorded.

1:通信系統 5:設備系統 10:資訊終端 11:通信部 15:控制部 17:顯示輸入部 17a:通信開始鍵 20:設定用通信裝置 21:第1通信部 22:第2通信部 22a:紅外線發送部 22b:紅外線接收部 23:第3通信部 23a:無線通信部 23b:有線通信部 25:裝置控制部 26:記憶部 27:操作輸入部 30a～30d:機器終端 31:機器通信部 35:機器控制部 37:輸入部 38:輸出部 40:管理裝置 50:營造材 c1:第1通信方式之通信 c2:第2通信方式之通信 c3:第3通信方式之通信 c4:無線通信 ic1:通信資訊 ic2:通信資訊 ic3:通信資訊 S10:步驟 S20:步驟 S30:步驟 S40:步驟 S50:步驟 1: Communication system 5: Equipment system 10: Information terminal 11: Ministry of Communications 15: Control Department 17: Display input section 17a: Communication start button 20: Communication device for setting 21: Section 1 Communications 22: The second communications department 22a: infrared transmitter 22b: infrared receiver 23: Section 3 Communications 23a: Wireless Communications Department 23b: Wired Communication Department 25: Device Control Department 26: Memory Department 27: Operation input section 30a～30d: machine terminal 31: Machine Communication Department 35: Machine Control Department 37: Input section 38: output section 40: Management device 50: Building Materials c1: Communication of the first communication method c2: Communication of the second communication method c3: Communication of the third communication method c4: wireless communication ic1: Communication information ic2: Communication information ic3: Communication information S10: steps S20: steps S30: steps S40: Step S50: steps

圖1(a)、(b)係顯示實施形態之第1實施例之通信系統包含之機器終端、設定用通信裝置及資訊終端的概略圖。圖2係顯示實施形態之第1實施例之通信系統包含之機器終端、設定用通信裝置及資訊終端的方塊構成圖。圖3(a)、(b)係顯示實施形態之資訊終端之概略圖。圖4係顯示實施形態之設定用通信裝置之外觀之圖。圖5(a)～(c)係顯示由實施形態之設定用通信裝置收發之通信資訊之構造的概念圖。圖6係顯示實施形態之第1實施例之資訊終端之控制方法的流程圖。圖7(a)、(b)係顯示實施形態之第1實施例之通信系統之動作的序列圖。圖8(a)、(b)係顯示實施形態之第1實施例之資訊終端所顯示之圖像的圖。圖9(a)、(b)係顯示實施形態之第1實施例之資訊終端所顯示之圖像之另一例的圖。圖10係顯示實施形態之第2實施例之通信系統包含之機器終端、設定用通信裝置及資訊終端的概略圖。圖11係顯示實施形態之第2實施例之通信系統包含之機器終端、設定用通信裝置及資訊終端的方塊構成圖。圖12(a)～(f)係顯示實施形態之第2實施例之通信系統之動作之序列圖。圖13(a)～(f)係顯示實施形態之第2實施例之資訊終端所顯示之圖像的圖。圖14係顯示實施形態之第3實施例之通信系統包含之機器終端、設定用通信裝置及資訊終端的概略圖。圖15係顯示實施形態之第3實施例之通信系統包含之機器終端、設定用通信裝置及資訊終端的方塊構成圖。圖16(a)～(c)係顯示實施形態之資訊終端所顯示之圖像之一例的圖。圖17(a)、(b)係顯示實施形態之資訊終端所顯示之圖像之一例的圖。圖18係顯示圖17之資訊終端之畫面所顯示之標記之圖。圖19(a)～(c)係顯示實施形態之資訊終端所顯示之圖像之一例的圖。圖20(a)～(d)係顯示實施形態之資訊終端所顯示之圖像之一例的圖。圖21(a)～(f)係顯示實施形態之資訊終端所顯示之圖像之一例的圖。圖22(a)～(e)係顯示實施形態之資訊終端所顯示之圖像之一例的圖。圖23(a)～(e)係顯示實施形態之資訊終端所顯示之圖像之一例的圖。圖24(a)～(e)係顯示實施形態之資訊終端所顯示之圖像之一例的圖。圖25(a)、(b)係顯示實施形態之設定用通信裝置之外觀之立體圖。圖26(a)～(f)係顯示實施形態之設定用通信裝置之六面圖。1(a) and (b) are schematic diagrams showing a device terminal, a communication device for setting, and an information terminal included in the communication system of the first embodiment of the embodiment. Fig. 2 is a block diagram showing a device terminal, a communication device for setting, and an information terminal included in the communication system of the first embodiment of the embodiment. Figure 3 (a), (b) are schematic diagrams showing the information terminal of the embodiment. Fig. 4 is a diagram showing the appearance of the setting communication device of the embodiment. 5(a) to (c) are conceptual diagrams showing the structure of communication information transmitted and received by the communication device for setting of the embodiment. 6 is a flowchart showing the control method of the information terminal in the first embodiment of the embodiment. 7(a) and (b) are sequence diagrams showing the operation of the communication system of the first embodiment of the embodiment. 8(a) and (b) are diagrams showing images displayed by the information terminal of the first embodiment of the embodiment. 9(a) and (b) are diagrams showing another example of images displayed by the information terminal of the first embodiment of the embodiment. Fig. 10 is a schematic diagram showing a device terminal, a communication device for setting, and an information terminal included in the communication system of the second embodiment of the embodiment. FIG. 11 is a block diagram showing a device terminal, a communication device for setting, and an information terminal included in the communication system of the second embodiment of the embodiment. 12(a) to (f) are sequence diagrams showing the operation of the communication system of the second embodiment of the embodiment. Figs. 13(a) to (f) are diagrams showing images displayed on the information terminal of the second embodiment of the embodiment. Fig. 14 is a schematic diagram showing a device terminal, a setting communication device, and an information terminal included in the communication system of the third embodiment of the embodiment. Fig. 15 is a block diagram showing a device terminal, a communication device for setting, and an information terminal included in the communication system of the third embodiment of the embodiment. 16(a) to (c) are diagrams showing examples of images displayed on the information terminal of the embodiment. Figs. 17(a) and (b) are diagrams showing examples of images displayed on the information terminal of the embodiment. FIG. 18 is a diagram showing the marks displayed on the screen of the information terminal of FIG. 17. 19(a) to (c) are diagrams showing examples of images displayed on the information terminal of the embodiment. 20(a) to (d) are diagrams showing an example of images displayed on the information terminal of the embodiment. 21(a) to (f) are diagrams showing an example of images displayed on the information terminal of the embodiment. 22(a) to (e) are diagrams showing examples of images displayed on the information terminal of the embodiment. Figs. 23(a) to (e) are diagrams showing an example of images displayed on the information terminal of the embodiment. Figures 24(a) to (e) are diagrams showing examples of images displayed on the information terminal of the embodiment. Fig. 25 (a) and (b) are perspective views showing the appearance of the communication device for setting of the embodiment. Figure 26 (a) to (f) are six-sided views showing the communication device for setting of the embodiment.

1:通信系統 1: Communication system

5:設備系統 5: Equipment system

10:資訊終端 10: Information terminal

11:通信部 11: Ministry of Communications

15:控制部 15: Control Department

17:顯示輸入部 17: Display input section

20:設定用通信裝置 20: Communication device for setting

27:操作輸入部 27: Operation input section

30a~30c:機器終端 30a~30c: machine terminal

40:管理裝置 40: Management device

50:營造材 50: Building Materials

c1:第1通信方式之通信 c1: Communication of the first communication method

c2:第2通信方式之通信 c2: Communication of the second communication method

c3:第3通信方式之通信 c3: Communication of the third communication method

Claims

一種設定用通信裝置，其包含：第1通信部，其與資訊終端以第1通信方式通信；第2通信部，其與包含於設備系統之機器終端以與上述第1通信方式不同之第2通信方式通信；及第3通信部，其與上述機器終端以與上述第1通信方式及上述第2通信方式皆不同之第3通信方式通信。A communication device for setting, which includes: The first communication part, which communicates with the information terminal in the first communication mode; A second communication unit that communicates with a device terminal included in the equipment system by a second communication method different from the above-mentioned first communication method; and The third communication unit communicates with the device terminal by a third communication method that is different from the first communication method and the second communication method.

如請求項1之設定用通信裝置，其中上述第1通信部以使用無線之上述第1通信方式進行通信。Such as the communication device for the setting of request 1, where The first communication unit performs communication using the first communication method using wireless.

如請求項1之設定用通信裝置，其中上述第1通信部以使用2.4 GHz頻帶或5 GHz頻帶之頻率之上述第1通信方式進行通信，上述第2通信部以使用紅外線之上述第2通信方式進行通信；上述第3通信部以使用920 MHz頻帶之特定小電力無線之上述第3通信方式進行通信。Such as the communication device for the setting of request 1, where The above-mentioned first communication unit communicates using the above-mentioned first communication method using frequencies in the 2.4 GHz band or the 5 GHz band, The second communication unit communicates with the second communication method using infrared rays; The third communication unit performs communication using the third communication method of specific low-power wireless in the 920 MHz band.

如請求項1之設定用通信裝置，其中上述第1通信部以使用2.4 GHz頻帶或5 GHz頻帶之頻率之上述第1通信方式進行通信，上述第2通信部以使用紅外線之上述第2通信方式進行通信；上述第3通信部以使用有線之上述第3通信方式進行通信。Such as the communication device for the setting of request 1, where The above-mentioned first communication unit communicates using the above-mentioned first communication method using frequencies in the 2.4 GHz band or the 5 GHz band, The second communication unit communicates with the second communication method using infrared rays; The third communication unit performs communication using the third communication method using wire.

如請求項1至4中任一項之設定用通信裝置，其中上述第2通信部使用上述第2通信方式與上述機器終端進行上述機器終端之通信設定相關之設定資訊的通信。Such as the communication device for setting any one of request items 1 to 4, wherein The second communication unit uses the second communication method to communicate with the machine terminal the setting information related to the communication setting of the machine terminal.

如請求項1至4中任一項之設定用通信裝置，其中上述第3通信部使用上述第3通信方式與上述機器終端進行上述機器終端之通信設定或控制設定相關之設定資訊的通信。Such as the communication device for setting any one of request items 1 to 4, wherein The third communication unit uses the third communication method to communicate with the device terminal for communication settings or setting information related to control settings of the device terminal.

如請求項1至4中任一項之設定用通信裝置，其中上述機器終端為照明機器、照明控制器、空調機器、空調控制器及人體感測器之至少一者。Such as the communication device for setting any one of request items 1 to 4, wherein The above-mentioned machine terminal is at least one of a lighting machine, a lighting controller, an air conditioning machine, an air conditioning controller, and a human body sensor.

如請求項1至4中任一項之設定用通信裝置，其進而包含：操作輸入部，其受理特定之操作；且上述第2通信部及上述第3通信部之至少一者於上述操作輸入部受理到特定操作後，與上述機器終端通信。For example, the setting communication device of any one of request items 1 to 4, which further includes: Operation input unit, which accepts specific operations; and At least one of the second communication unit and the third communication unit communicates with the device terminal after the operation input unit receives a specific operation.

如請求項1至4中任一項之設定用通信裝置，其進而包含：操作輸入部，其受理特定之操作；且上述第2通信部及上述第3通信部之至少一者於上述操作輸入部受理到特定操作後，於上述第1通信部接收到自上述資訊終端發送之特定資訊之情形時，與上述機器終端通信。For example, the setting communication device of any one of request items 1 to 4, which further includes: Operation input unit, which accepts specific operations; and At least one of the second communication unit and the third communication unit communicates with the machine terminal when the first communication unit receives specific information sent from the information terminal after the operation input unit receives a specific operation Communication.

如請求項9之設定用通信裝置，其中上述特定資訊藉由上述第1通信部將上述操作輸入部受理到上述特定操作通知至上述資訊終端，而自上述資訊終端發送至上述第1通信部。Such as the communication device for the setting of claim 9, where The specific information is sent from the information terminal to the first communication unit through the first communication unit to notify the operation input unit of the specific operation to the information terminal.

如請求項1至4中任一項之設定用通信裝置，其進而包含：記憶部，其記憶經由上述第1通信部自上述資訊終端取得之資訊。For example, the setting communication device of any one of request items 1 to 4, which further includes: The storage unit stores information obtained from the information terminal via the first communication unit.

如請求項11之設定用通信裝置，其中經由上述第1通信部取得之資訊包含上述機器終端之通信設定或控制設定相關的設定資訊。Such as the communication device for the setting of claim 11, where The information obtained through the first communication unit includes setting information related to the communication setting or control setting of the machine terminal.

如請求項1至4中任一項之設定用通信裝置，其中以上述第1通信方式、上述第2通信方式及上述第3通信方式收發之各個通信資訊所含之上述機器終端之控制指令具有共通性。Such as the communication device for setting any one of request items 1 to 4, wherein The control commands of the equipment terminal contained in the respective communication information transmitted and received by the first communication method, the second communication method, and the third communication method have commonality.

如請求項1至4中任一項之設定用通信裝置，其中基於上述第1通信方式之通信協議作成之上述機器終端之控制指令包含與基於上述第2通信方式或上述第3通信方式各者之通信協議作成之上述機器終端之控制指令相同的指令。Such as the communication device for setting any one of request items 1 to 4, wherein The control command of the machine terminal based on the communication protocol of the first communication method includes the same command as the control command of the machine terminal based on the communication protocol of each of the second communication method or the third communication method.

一種通信系統，其包含：如請求項1至14中任一項之設定用通信裝置；上述機器終端；及上述資訊終端。A communication system including: Such as the communication device for setting any one of request items 1 to 14; The aforementioned machine terminal; and The above information terminal.

一種資訊終端之控制方法，其係與請求項1至14中任一項之設定用通信裝置通信之資訊終端的控制方法，且包含：取得步驟，其取得上述機器終端之通信設定或控制設定相關之設定資訊；及記憶步驟，其記憶由上述取得步驟取得之上述設定資訊。A control method of an information terminal, which is a control method of an information terminal that communicates with the communication device for setting any one of the request items 1 to 14, and includes: The obtaining step, which obtains the setting information related to the communication setting or control setting of the above-mentioned machine terminal; and The memorizing step memorizes the above-mentioned setting information obtained by the above-mentioned obtaining step.

如請求項16之資訊終端之控制方法，其進而包含：將由上述記憶步驟記憶之上述設定資訊使用上述第1通信方式發送至上述設定用通信裝置的步驟。For example, the control method of the information terminal of claim 16, which further includes: The step of transmitting the setting information memorized in the memory step to the communication device for setting using the first communication method.

一種程式，其用以使電腦執行如請求項16之資訊終端之控制方法。A program used to make a computer execute the control method of the information terminal as in claim 16.