JP6876182B2 - Communication control system between electronic clocks and electronic devices, electronic clocks - Google Patents

Description

The present invention is a communication control system between the electronic timepiece and an electronic device, and relates to an electronic timepiece.

The electronic watch may communicate with an electronic device such as a smartphone by short-range wireless communication based on a standard such as IEEE 802.11, and display an e-mail notification or the like received by the electronic device on the electronic watch.

For example, Patent Document 1 includes a notification control system including an external communication device that transmits data in response to an incoming call, and a notification control device that receives data and notifies that an incoming call has been received by an optical generating means. Is described.

Further, Patent Document 2 describes a clock that can communicate with an external electronic device and displays information to be input by the electronic device by a guideline.

Further, Patent Document 3 describes a control device that retains history information of a controlled device that has been connected in the past and selects a controlled device to be connected from a plurality of controlled devices based on the history information. There is.

Japanese Unexamined Patent Publication No. 2013-172235 JP-A-2015-184101 Japanese Unexamined Patent Publication No. 2010-81425

Electronic watches have strict requirements for power consumption, and it is desirable to use a short-range wireless communication standard that can realize low power consumption, such as BLE (Bluetooth Low Energy, Bluetooth is a registered trademark). In the short-range wireless communication standard that realizes such low power consumption, the low power consumption device side functions as a broadcaster (also called an advertiser), and the communication information is used as an advertising packet without searching for a connectable device by itself. Broadcast to unspecified devices. On the other hand, the electronic device, which is the receiving device, functions as an observer (also called a scanner) and reads the connection ID of the low power consumption device included in the advertising packet. After that, when establishing the connection, the connection request from the central electronic device is transmitted to the peripheral low power consumption device.

Here, the electronic device that performs information communication with the electronic clock is not always independent, and does not necessarily correspond to one-to-one. For example, electronic devices include various electronic devices such as smartphones, tablet terminals, and PCs, but when users use multiple smartphones and tablet terminals properly according to their uses and lifestyles, they can be called electronic watches at a certain moment. There may be cases where the electronic device that wants to be connected is different each time.

Here, when there are a plurality of observer electronic devices for the electronic clock which is one broadcaster, which electronic device is connected to is not specified by the electronic clock, so that the electronic device is connected to the desired electronic device. There is a concern that this may not be possible or that communication may become unstable due to double connection.

In this regard, as in the invention described in Patent Document 3, it is conceivable to give priority to the controlled device that has not been connected so far as the connection target. However, since the connection target desired by the user of the electronic watch is selected according to the intended use and lifestyle at that time, depending on the controlled device to be connected based on the history information, double connection or the like can be performed. The problem may be solved, but it is still not possible to connect to the connection target that the user wants.

The present invention has been made in view of such circumstances, and its object is to provide a communication control system between the electronic timepiece and electronic device can select an electronic device to the connection target in an electronic timepiece side, an electronic time meter is there.

The invention disclosed in the present application in order to solve the above problems has various aspects, and the outline of typical ones of these aspects is as follows.

(1) An electronic clock having a plurality of clock identifiers different from each other and transmitting information of the clock identifier, and a receiving unit having a unique device identifier and receiving information of the clock identifier. , When the non-correspondence determination unit determines that the device identifier of the own machine is not associated with any of the received plurality of clock identifiers, and when the non-correspondence determination unit determines that the device identifier is non-compliant. An electronic device having a correspondence storage unit that establishes a connection with the electronic clock and stores a correspondence relationship by associating a clock identifier of one of the plurality of clock identifiers with the device identifier of the own machine. A communication control system between an electronic clock and an electronic device, including.

(2) In (1) , the electronic device updates the correspondence relationship by associating the one clock identifier with the device identifier of the own device, and stores the correspondence relationship update unit in the correspondence relationship storage unit. The electronic clock has a correspondence transmission unit that transmits the correspondence to the electronic clock when the correspondence is updated by at least the correspondence update unit, and the electronic clock is transmitted from the correspondence transmission unit. has a clock-side relationship receiving unit for receiving the transmitted the correspondence relation, and the watch-side correspondence relation storage unit for storing the correspondence transmitted from the correspondence relationship transmission unit, wherein the pre-Symbol electronic equipment The correspondence update unit further updates the correspondence stored in the correspondence storage unit with the correspondence stored in the clock-side correspondence storage unit transmitted from the electronic clock. Communication control system between electronic devices.

(3) In (2) , the electronic device further includes a communication management server, and the electronic device transmits the correspondence to the communication management server when the correspondence is updated by at least the correspondence update unit. The correspondence relationship receiving unit has a transmission unit and a correspondence relation reception unit that receives the correspondence relation transmitted from the communication management server, and the correspondence relation update unit further has the correspondence relation received by the correspondence relation reception unit. The correspondence relationship stored in the correspondence storage unit is updated, and the communication management server stores the correspondence relationship between the server-side correspondence reception unit that receives the correspondence from the electronic device and the server-side correspondence storage that stores the correspondence. An electronic clock and an electronic device having a unit and, at least, a server-side correspondence transmission unit that transmits the updated correspondence to the electronic devices included in the correspondence when the correspondence is updated. Communication control system between devices.

(4) In (3) , when the correspondence is updated, a deletion notification indicating that the device has been deleted from the correspondence is sent to the electronic device having the device identifier deleted from the correspondence. The electronic device has a deletion notification transmitting unit for transmitting, and the electronic device deletes the deletion notification receiving unit that receives the deletion notification and the correspondence relationship stored in the correspondence storage unit when the deletion notification is received. Correspondence relationship A communication control system between an electronic clock and an electronic device, which has a deletion unit.

(5) In (3) or (4) , the correspondence relationship editing unit further has a correspondence relation editing unit that edits the correspondence relation in response to the input from the input unit, and the correspondence relation transmission unit is further subjected to the correspondence relation editing unit. A communication control system between an electronic clock and an electronic device that transmits the correspondence to the communication management server even when the correspondence is edited.

(6) In any of (3) to (5), the electronic device further has a correspondence relation editing unit that edits the correspondence relation in response to an input from the input unit, and the correspondence relation transmission unit is Further, a communication control system between an electronic clock and an electronic device that transmits the correspondence to the electronic clock even when the correspondence is edited by the correspondence editorial unit.

(7) In any one of (1) to (6), the electronic device displays a correspondence relationship between the plurality of clock identifiers and a device associated with each clock identifier on a display unit. A communication control system between an electronic clock and an electronic device having a display unit.

(8) It is determined that the device identifier of the own machine is not associated with any of the transmitting unit that has a plurality of different clock identifiers and transmits the information of the clock identifier and the plurality of received clock identifiers. An electronic clock having a clock-side correspondence storage unit that establishes a connection with an electronic device, associates one of the plurality of clock identifiers with the device identifier, and stores the correspondence.

On SL of the present invention (1), according to the aspect (8), when the connection of the electronic timepiece and electronic apparatus is newly established, it becomes possible to select the electronic device as a connection object in the electronic timepiece side ..

Further, according to the aspect (2) of the present invention, the correspondence relationship between the plurality of clock identifiers and the plurality of device identifiers can be collectively managed by the electronic clock.

Further, according to the aspect (3) of the present invention, even if the electronic device has no record of connection with the electronic clock, whether or not the own device is the connection target when the broadcast message is received from the electronic clock. Can be determined.

Further, according to the aspect (4) of the present invention, the electronic device to which the deletion notification is transmitted can be excluded from the connection target with the electronic timepiece.

Further, according to the aspect (7) of the present invention, the correspondence between a plurality of clock identifiers and electronic devices can be easily grasped.

Further, according to the aspect (6) of the present invention, the editing of the correspondence relationship performed by one electronic device is stored in the electronic clock, and the latest correspondence relationship is synchronized with the other electronic device.

Further, according to the aspect (5) of the present invention, the editing of the correspondence relationship performed by one electronic device is stored in the communication management server, and the latest correspondence relationship is synchronized with the electronic device having no connection record. To.

It is a top view which shows an example of the appearance of the electronic timepiece which concerns on 1st Embodiment of this invention. It is a functional block diagram of the communication control system which concerns on 1st Embodiment of this invention. It is a figure which shows the 1st example of the correspondence relation stored in the storage part included in the communication control system which concerns on 1st Embodiment of this invention. It is a flowchart of connection of an electronic clock and a 1st mobile terminal in the communication control system which concerns on 1st Embodiment of this invention. It is a flowchart of a new connection in the communication control system which concerns on 1st Embodiment of this invention. It is a figure which shows the 2nd example of the correspondence relation stored in the storage part included in the communication control system which concerns on 1st Embodiment of this invention. It is a functional block diagram of the communication control system which concerns on 2nd Embodiment of this invention. It is a figure which shows the 1st example of the correspondence relation stored in the storage part included in the communication control system which concerns on 2nd Embodiment of this invention. It is a 1st flowchart which shows the synchronization process of the correspondence relation in the communication control system which concerns on 2nd Embodiment of this invention. It is a figure which shows the 2nd example of the correspondence relation stored in the storage part included in the communication control system which concerns on 2nd Embodiment of this invention. It is a 2nd flowchart which shows the synchronization process of the correspondence relation in the communication control system which concerns on 2nd Embodiment of this invention. It is a figure which shows the 3rd example of the correspondence relation stored in the storage part included in the communication control system which concerns on 2nd Embodiment of this invention. This is an example of a screen displayed on the display unit of the first mobile terminal according to the second embodiment of the present invention. It is a flowchart of the deletion processing of the correspondence relation in the communication control system which concerns on 2nd Embodiment of this invention. It is a figure which shows the 4th example of the correspondence relation stored in the storage part included in the communication control system which concerns on 2nd Embodiment of this invention.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

[First Embodiment]
FIG. 1 is a plan view showing an example of the appearance of the electronic clock 1 according to the first embodiment of the present invention. The electronic clock 1 according to the present embodiment has the appearance of a so-called analog wristwatch, and performs short-range wireless communication with a plurality of electronic devices such as a first mobile terminal 30, a second mobile terminal 31, and a third mobile terminal 32. The communication circuit and antenna for short-range wireless communication are housed in the body, which is the exterior (watch case). The standard for short-range wireless communication is not particularly limited and may be any known standard, but in this embodiment, BLE is used. Then, the electronic clock 1 functions as a broadcaster (advertiser) in short-range wireless communication. The electronic clock 1 has a crown 2 used for setting the time of the time hand and using a function, and a push button 4.

The electronic watch 1 has a dial 10 in a body which is an exterior (watch case). On the dial 10, the connection processing display 11 indicating that the electronic clock 1 is performing the process of establishing the connection with the first mobile terminal 30 or the like and the connection with the first mobile terminal 30 or the like are disconnected. The link loss display 12 indicating that, the e-mail reception display 13 notifying that the first mobile terminal 30 or the like has received an e-mail, and the first mobile terminal 30 or the like notifying that an incoming call has been received. It has a telephone incoming call display 14 and the like. The electronic clock 1 displays information to the user by pointing to any of the connection processing display 11, the link loss display 12, the e-mail reception display 13, and the telephone incoming call display 14 by the second hand 22, which will be described later.

The electronic clock 1 has a first sub-hand 15, and has a 24-hour display 15a in which the current time is indicated by the first sub-hand 15 in a 24-hour format. Further, the electronic clock 1 has a second sub-hand 16, and the second sub-hand 16 indicates the remaining charge of the secondary battery in four stages of "0" to "3", and the remaining charge display 16a and the second. 2 The day of the week display 16b indicating the current day of the week by the secondary needle 16 from "Sun" to "Saturday", the alarm setting display 16c indicating the alarm function setting by the second auxiliary needle 16 as "ON" or "OFF", and the second The secondary needle 16 has a connection status display 16d indicating the connection status by short-range wireless communication with the first mobile terminal 30 or the like as “ON” or “OFF”. Further, the electronic clock 1 has a third sub-hand 17, and the third sub-hand 17 indicates that the current time display function is set by pointing to "TME", and the third sub-hand 17 indicates "CHR". By pointing to "ALM", the chronograph function is set, and by pointing to "ALM" with the third auxiliary needle 17, it is indicated that the alarm function is set, and "L-" is indicated by the third auxiliary needle 17. It has a function setting display 17a indicating that the local time display function is set by pointing to "TM".

The electronic clock 1 has a plurality of time hands driven by a power source. Specifically, the electronic clock 1 has an hour hand 20, a minute hand 21, and a second hand 22 driven by a stepping motor as time hands. However, the electronic clock 1 may have a pointer other than these as a time hand. Further, the time hand is an analog display member for indicating some time, and a typical one is a pointer, but as a special one, a rotating disk, a retrograde, or the like can be included in the time hand.

A windshield made of a transparent material such as glass is attached to the body of the electronic clock 1 so as to cover the dial 10. A back cover is attached to the fuselage on the opposite side of the windshield. Hereinafter, in the present specification, the direction in which the windshield of the electronic timepiece 1 is arranged (the front side of the paper surface in FIG. 1) is referred to as the front side, and the direction in which the back cover is arranged (the back side of the paper surface in FIG. 1) is referred to as the back side.

The design of the electronic clock 1 shown in FIG. 1 is an example. In addition to the ones shown here, for example, the body may be square instead of round, and the presence, number, and arrangement of the crown 2 and the push button 4 are arbitrary. Further, in the present embodiment, the pointers are a total of six pointers, that is, the hour hand 20, the minute hand 21, the second hand 22, the first sub-hand 15, the second sub-hand 16, and the third sub-hand 17, but the pointer is not limited to this. You may add or remove a guideline for displaying.

FIG. 2 is a functional block diagram of the communication control system 100 according to the first embodiment of the present invention. The communication control system 100 includes an electronic clock 1, a first mobile terminal 30, a second mobile terminal 31, and a third mobile terminal 32, and includes the electronic clock 1, the first mobile terminal 30, and the second mobile terminal 31. And a system that controls communication with the third mobile terminal 32. In the present embodiment, as a plurality of electronic devices included in the communication control system 100, three mobile terminals of the first mobile terminal 30, the second mobile terminal 31, and the third mobile terminal 32 are exemplified, but communication control is performed. The number of electronic devices included in the system 100 is not limited to three, and may be any number. However, since the configuration of the present embodiment is not always necessary when there is only one electronic device, the communication control system 100 according to the present embodiment is useful when there are two or more electronic devices. Further, in the present specification, the electronic device refers to a device capable of performing information communication with the electronic watch 1 by short-range wireless communication, and the presence or absence of the portable device does not matter. Further, an electronic device is usually considered to have a basic configuration as a computer, but its appearance and function do not necessarily have to be that of a general computer. Smartphones, tablet terminals, mobile phones, and ordinary personal computers, which are general mobile terminals, may be sufficient electronic devices. Then, the electronic device functions as an observer (scanner) in short-range wireless communication. Hereinafter, the functional blocks of the first mobile terminal 30 will be described, and the description of the functional blocks of the second mobile terminal 31 and the third mobile terminal 32 having the same configuration as the first mobile terminal 30 will be omitted.

The first mobile terminal 30 includes an input unit 50, a display unit 51, a terminal control unit 52, a correspondence storage unit 53a, and a terminal communication unit 54. The input unit 50 receives an operation of the user of the first mobile terminal 30 and inputs an input to the terminal control unit 52 of the first mobile terminal 30, for example, a touch panel. The display unit 51 displays various information to the user, and is, for example, a liquid crystal display device.

The terminal control unit 52 includes a CPU (Central Processing Unit) and controls the entire first mobile terminal 30. The terminal control unit 52 includes a correspondence determination unit 52a, a non-correspondence determination unit 52b, a correspondence relation update unit 52c, a correspondence relation display unit 52d, and a correspondence relation editing unit 52e. The correspondence determination unit 52a determines that the correspondence is made when one clock identifier included in the broadcast message transmitted from the electronic clock 1 is associated with the device identifier of the own machine. Here, the clock identifier is a code that can be distinguished from each other, and is a plurality of different numbers in the present embodiment. Further, the device identifier is an identifier unique to the electronic device, and is a plurality of different character strings in the present embodiment. The non-correspondence determination unit 52b is non-corresponding when the device identifier of the own machine is not associated with any of the plurality of clock identifiers and the device identifier is not associated with one clock identifier included in the broadcast message. Judge as correspondence. When the non-correspondence determination unit 52b determines that the non-correspondence is established and the connection is established, the correspondence relationship update unit 52c updates the correspondence relationship by associating one clock identifier with the device identifier of the own machine and responds. It is stored in the relationship storage unit 53a. Further, the correspondence relation update unit 52c updates the correspondence relation stored in the correspondence relation storage unit 53a according to the correspondence relation included in the broadcast message. The correspondence display unit 52d causes the display unit 51 to display the correspondence between the plurality of clock identifiers and the devices associated with the respective clock identifiers. The correspondence relationship editing unit 52e edits the correspondence relationship in response to the input from the input unit 50.

The correspondence storage unit 53a stores the correspondence between at least one clock identifier and at least the device identifier of the own device. Further, the correspondence storage unit 53a stores the correspondence between one clock identifier and the device identifier of the own machine, as well as the correspondence between the plurality of clock identifiers and the device identifiers of the other machine. Specifically, the correspondence storage unit 53a stores the correspondence between the plurality of clock identifiers and the device identifiers of the first mobile terminal 30, the second mobile terminal 31, and the third mobile terminal 32. The first mobile terminal 30 has a correspondence storage unit 53a, the second mobile terminal 31 has a correspondence storage unit 53b, and the third mobile terminal 32 has a correspondence storage unit 53c.

The terminal communication unit 54 includes a reception unit 54a, a connection establishment unit 54b, and a correspondence transmission unit 54c. The receiving unit 54a receives the broadcast message transmitted from the electronic clock 1. The connection establishment unit 54b establishes a connection with the electronic clock 1 when the correspondence determination unit 52a determines that the correspondence is made. Further, the connection establishment unit 54b establishes a connection with the electronic clock 1 when the non-correspondence determination unit 52b further determines that the non-correspondence is not supported. The correspondence transmission unit 54c transmits the correspondence to the electronic clock 1 at least when the correspondence is updated by the correspondence update unit 52c. The correspondence transmission unit 54c also transmits the correspondence to the electronic clock 1 when the correspondence is edited by the correspondence editing unit 52e.

The electronic clock 1 includes a crown 2, a push button 4, a clock identifier storage unit 60, a clock control unit 61, an hour hand 20, a minute hand 21, a second hand 22, a clock communication unit 62, and a clock-side correspondence storage unit 63. ,including. The clock identifier storage unit 60 stores a plurality of clock identifiers that are different from each other.

The clock control unit 61 includes a clock identifier display unit 61a and a clock identifier selection unit 61b. The clock identifier display unit 61a displays one clock identifier selected by the clock identifier selection unit 61b by at least one of the hour hand 20, the minute hand 21, and the second hand 22. The clock identifier selection unit 61b selects one of a plurality of clock identifiers.

The clock communication unit 62 includes a transmission unit 62a and a corresponding reception unit 62b. The transmission unit 62a transmits a broadcast message including the selected clock identifier. Further, the transmission unit 62a transmits a broadcast message including the correspondence relationship stored in the clock side correspondence storage unit 63. The correspondence receiving unit 62b receives the correspondence transmitted from the electronic device.

The clock-side correspondence storage unit 63 stores the correspondence transmitted from the electronic device. Contents of information stored in the correspondence storage unit 53a of the first mobile terminal 30, the correspondence storage unit 53b of the second mobile terminal 31, the correspondence storage unit 53c of the third mobile terminal 32, and the clock side correspondence storage unit 63. Will be described in detail with reference to the following figure.

FIG. 3 is a diagram showing a first example of a correspondence relationship stored in a storage unit included in the communication control system 100 according to the embodiment of the present invention. The clock side correspondence storage unit 63 shown in this example stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and the device identifier corresponding to the second clock identifier and the third clock identifier. Is not remembered. Further, the correspondence storage unit 53a of the first mobile terminal 30 stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and corresponds to the second clock identifier and the third clock identifier. The device identifier is not stored. The correspondence storage unit 53b of the second mobile terminal 31 and the correspondence storage unit 53c of the third mobile terminal 32 store device identifiers corresponding to all of the first clock identifier, the second clock identifier, and the third clock identifier. Not. When the storage unit of the communication control system 100 is in such a state, how the connection between the electronic clock 1 and the first mobile terminal 30 is established will be described with reference to the following figure.

FIG. 4 is a flowchart of the connection between the electronic clock 1 and the first mobile terminal 30 in the communication control system 100 according to the embodiment of the present invention. In the flowchart shown in FIG. 3, the correspondence relationship stored in the storage unit included in the communication control system 100 is performed in the case of the first example shown in FIG. The clock identifier selection unit 61b of the electronic clock 1 has a plurality of identifiers stored in the clock identifier storage unit 60 (in the case of the present embodiment, the first clock identifier to the first clock identifier to the first) based on the operation of the crown 2 and the push button 4 by the user. Select one of the three clock identifiers) (S1). Here, it is assumed that the first clock identifier is selected. The transmission unit 62a transmits a broadcast message including the selected first clock identifier (S2). Here, the transmission by the transmission unit 62a is performed by broadcasting (advertising) that does not limit the destination.

The first mobile terminal 30, the second mobile terminal 31, and the third mobile terminal 32 receive the broadcast message transmitted by the electronic clock 1. Here, attention is paid to the case where the broadcast message is received by the receiving unit 54a of the first mobile terminal 30 (S3).

The correspondence determination unit 52a of the first mobile terminal 30 determines whether the first clock identifier included in the broadcast message is associated with the device identifier of the first mobile terminal 30 (S4). In the case of this example, since the correspondence relationship storage unit 53a of the first mobile terminal 30 stores the correspondence relationship between the first clock identifier and the device identifier of the first mobile terminal 30, the correspondence determination unit 52a broadcasts. It is determined that the first clock identifier included in the message is associated with the device identifier of the own machine (S4: Y), and the connection establishment unit 54b transmits a connection request to the electronic clock 1 (S5). The electronic clock 1 receives the connection request (S6) and establishes a connection with the first mobile terminal 30 (S7). It should be noted that the establishment of the connection referred to here means that information is exchanged between the two communication devices in a state where the communication partner is specified with each other. When BLE is used as in the communication control system 100 according to the present embodiment, when the subsequent communication is performed with the first mobile terminal 30 as the central and the electronic clock 1 as the peripheral, the connection is established. Corresponds to. Alternatively, the first mobile terminal 30 specifies the first clock identifier of the electronic clock 1 and transmits information, and the electronic clock 1 continues to use the broadcast message by the first clock identifier to transmit the necessary communication information. The case of replying to the mobile terminal 30 also corresponds to the case where the connection referred to here is established.

According to the communication control system 100 according to the present embodiment, even when a correspondence relationship between a certain clock identifier and a certain electronic device is established by storing a plurality of clock identifiers in the electronic clock 1, the said It is possible to establish a correspondence relationship between another clock identifier and another electronic device while maintaining the correspondence relationship. For example, in the case of this example, the correspondence between the first clock identifier and the first mobile terminal 30 is stored in the electronic clock 1, but the correspondence between the second clock identifier and the third clock identifier and other electronic devices. Can be memorized independently. Further, since each of the plurality of electronic devices has the correspondence determination unit 52a, only the electronic device corresponding to the clock identifier selected on the electronic watch 1 side transmits the connection request to the electronic watch, and other electronic devices. The device does not send a connection request to the electronic watch even if it receives the watch identifier. In the case of this example, when the first clock identifier is selected by the electronic clock 1 and the first clock identifier is received by the second mobile terminal 31 and the third mobile terminal 32, the second mobile terminal 31 and the third mobile terminal 32 Determines that the first clock identifier does not correspond to its own machine, and does not transmit a connection request to the electronic clock 1. As described above, according to the communication control system 100 according to the present embodiment, the user can select the electronic device to be connected on the electronic clock 1 side.

According to the communication control system 100 according to the present embodiment, not only the correspondence relationship regarding the device identifier of the own device but also the correspondence relationship regarding the device identifier of the other device is stored in the correspondence relationship storage unit of the electronic device, so that the electronic clock is stored. When another machine is selected as the connection target with 1, it can be clearly determined that the own machine is not the connection target. As a result, even when a plurality of electronic devices receive the same broadcast message, only the electronic device to be connected can establish the connection.

FIG. 5 is a flowchart of a new connection in the communication control system 100 according to the first embodiment of the present invention. In the flowchart shown in FIG. 3, the correspondence relationship stored in the storage unit included in the communication control system 100 is performed in the case of the first example shown in FIG. The clock identifier selection unit 61b of the electronic clock 1 selects the second clock identifier based on the operation of the crown 2 and the push button 4 by the user (S8). The transmission unit 62a transmits a broadcast message including the selected second clock identifier (S9). Here, the broadcast message may include a correspondence between the unselected first clock identifier and the device identifier of the first mobile terminal 30.

The first mobile terminal 30, the second mobile terminal 31, and the third mobile terminal 32 receive the broadcast message transmitted by the electronic clock 1. Here, attention is paid to the case where the broadcast message is received by the receiving unit 54a of the second mobile terminal 31 (S10).

In the non-correspondence determination unit 52b of the second mobile terminal 31, the device identifier of the own device is not associated with any of the first to third clock identifiers, and the device identifier is assigned to the second clock identifier included in the broadcast message. It is determined whether or not they are associated (S11). In the case of this example, the device identifier of the second mobile terminal 31 is not associated with any clock identifier, and the second clock identifier is not associated with any device identifier. Therefore, the non-correspondence determination unit 52b determines that it is non-corresponding (S11: Y).

When the non-correspondence determination unit 52b determines that the connection is not supported, the connection establishment unit 54b of the second mobile terminal 31 transmits a connection request in order to establish a connection with the electronic watch 1 (S12). The electronic clock 1 receives the connection request (S13) and establishes a connection with the second mobile terminal 31 (S14). In this example, even if the first mobile terminal 30 also receives the broadcast message, the non-correspondence determination unit 52b of the first mobile terminal 30 already has its own device identifier as the first clock identifier. Since they are associated with each other, it is not determined that they do not correspond (S11: N). Therefore, the connection establishment unit 54b of the first mobile terminal 30 does not make a connection request and does not make a particular response to such a broadcast message. Therefore, the first mobile terminal 30 and the second mobile terminal 31 do not make a double connection.

When the non-correspondence determination unit 52b determines that the non-correspondence determination unit 52b is not compatible and the connection with the electronic clock 1 is established, the correspondence update unit 52c of the second mobile terminal 31 sets the selected second clock identifier and the device of the own device. The correspondence relationship is updated by associating it with the identifier, and stored in the correspondence relationship storage unit 53b (S15). Then, the correspondence transmission unit 54c of the second mobile terminal 31 transmits the correspondence to the electronic watch 1 when the correspondence is updated by the correspondence update unit 52c (S16). After that, the process indicated by "A" in the figure may be performed, and the process will be described in detail later.

The electronic watch 1 receives the correspondence relationship updated by the correspondence relationship receiving unit 62b from the second mobile terminal 31 (S17), and updates the correspondence relationship stored in the clock side correspondence relationship storage unit 63 (S18).

FIG. 6 is a diagram showing a second example of the correspondence relationship stored in the storage unit included in the communication control system 100 according to the embodiment of the present invention. The state of the storage unit shown in this example is the state after the processing shown in the flowchart of FIG. 5 is performed, the connection between the electronic clock 1 and the second mobile terminal 31 is established, and the electronic clock 1 and the second mobile terminal 31 are connected. 1 The connection with the mobile terminal 30 and the connection between the electronic watch 1 and the third mobile terminal 32 have not been established. The double-headed arrow shown by the broken line in the figure indicates the connection between the electronic clock 1 and the second mobile terminal 31 (an electronic device having a correspondence storage unit 53b).

The clock side correspondence storage unit 63 of this example stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and the correspondence between the second clock identifier and the device identifier of the second mobile terminal 31. The relationship is stored, and the device identifier corresponding to the third clock identifier is not stored. Further, the correspondence storage unit 53a of the first mobile terminal 30 stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and corresponds to the second clock identifier and the third clock identifier. The device identifier is not stored. The correspondence storage unit 53b of the second mobile terminal 31 stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and the second clock identifier and the device identifier of the second mobile terminal 31. The correspondence relationship is stored, and the device identifier corresponding to the third clock identifier is not stored. The correspondence storage unit 53c of the third mobile terminal 32 does not store the device identifier corresponding to any of the first clock identifier, the second clock identifier, and the third clock identifier.

According to the communication control system 100 according to the present embodiment, when the connection between the electronic clock 1 and the electronic device is newly established, the electronic device can be selected as the connection target on the electronic clock 1 side. For example, in the case of this example, since the connection between the electronic watch 1 and the second mobile terminal 31 is newly established, the second watch identifier and the device identifier of the second mobile terminal 31 are stored in the watch-side correspondence storage unit 63. Correspondence relationship is newly stored, and the connection with the second mobile terminal 31 can be selected.

Further, according to the communication control system 100 according to the present embodiment, the electronic clock 1 can collectively manage the correspondence between the plurality of clock identifiers and the plurality of device identifiers. For example, in the case of this example, after the connection between the electronic clock 1 and the first mobile terminal 30 is established, the connection between the electronic clock 1 and the second mobile terminal 31 is newly established. In addition to the correspondence between the first watch identifier and the device identifier of the first mobile terminal 30, the storage unit 63 newly stores the correspondence between the second watch identifier and the device identifier of the second mobile terminal 31. In this way, when a new connection is established, the latest correspondence relationship is stored in the clock side correspondence storage unit 63, and the electronic clock 1 corresponds to a plurality of clock identifiers and a plurality of device identifiers. Relationships are managed collectively.

Further, according to the communication control system 100 according to the present embodiment, the electronic clock 1 broadcasts not only the selected identifier but also the correspondence between one or a plurality of unselected identifiers and the plurality of electronic devices. By including it in, it is possible to clearly notify the electronic device that is not the connection target that it is not the connection target. For example, in the case of this example, the electronic clock 1 includes the selected second clock identifier in the broadcast message, and also includes the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30 in the broadcast message. Can be done. When the first mobile terminal 30 receives the broadcast message, in addition to determining that the selected second clock identifier does not correspond to the own device, the first clock identifier and the device identifier of the first mobile terminal 30 Since the correspondence with is transmitted, it can be clearly determined that the own machine is not the connection target.

Further, according to the communication control system 100 according to the present embodiment, by storing the correspondence relationship between the plurality of electronic devices, the identifier selected by the electronic clock 1 corresponds to any of the electronic devices. It is determined independently for each electronic device, and it is determined which electronic device other than the own device is the connection target. For example, in the case of this example, the electronic watch 1 includes the selected second identifier in the broadcast message, and also includes the correspondence between the first watch identifier and the device identifier of the first mobile terminal 30 in the broadcast message. The second mobile terminal 31 stores the correspondence between the second clock identifier and the device identifier of the own machine, as well as the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30. Therefore, even if the first clock identifier is selected by the electronic clock 1 and the broadcast message is transmitted and the second mobile terminal 31 receives the message, the second mobile terminal 31 has the first clock identifier. 1 It is determined that it corresponds to the device identifier of the mobile terminal 30, and the connection request is not transmitted to the electronic watch 1.

[Second Embodiment]
FIG. 7 is a functional block diagram of the communication control system 100 according to the second embodiment of the present invention. The communication control system 100 according to the present embodiment includes an electronic clock 1, a first mobile terminal 30, a second mobile terminal 31, a third mobile terminal 32, and a communication management server 40, and includes the electronic clock 1. This is a system that controls communication with the first mobile terminal 30, the second mobile terminal 31, and the third mobile terminal 32. The communication control system 100 according to the present embodiment is different from the communication control system 100 according to the first embodiment in that the communication management server 40 is included. Further, a part of the configuration of the first mobile terminal 30, the second mobile terminal 31, and the third mobile terminal 32 according to the present embodiment is different from the case of the first embodiment. Hereinafter, the differences from the case of the first embodiment will be described in detail, and the description of the configuration common to the first embodiment will be omitted.

The terminal control unit 52 of the first mobile terminal 30 includes a correspondence deletion unit 52f. When the correspondence deletion unit 52f receives the deletion notification transmitted from the communication management server 40, the correspondence deletion unit 52f deletes the correspondence stored in the correspondence storage unit 53a.

The terminal communication unit 54 of the first mobile terminal 30 includes a deletion notification receiving unit 54e. The deletion notification receiving unit 54e receives the deletion notification transmitted from the communication management server 40. Further, the correspondence relationship transmission unit 54c transmits the correspondence relationship to the communication management server 40 at least when the correspondence relationship is updated by the correspondence relationship update unit 52c. Further, the correspondence receiving unit 54d receives the correspondence transmitted from the communication management server 40. Further, the correspondence relation update unit 52c further updates the correspondence relation stored in the correspondence relation storage unit 53a according to the correspondence relation received by the correspondence relation reception unit 54d.

The electronic clock 1 according to the present embodiment has the appearance shown in FIG. 1 and has the same configuration as that of the first embodiment.

The communication management server 40 includes a server-side correspondence reception unit 41, a server-side correspondence transmission unit 42, a deletion notification transmission unit 43, and a server-side correspondence storage unit 44. The server-side correspondence receiving unit 41 receives the correspondence from the electronic device. At least when the correspondence relationship is updated, the server-side correspondence transmission unit 42 transmits the updated correspondence to the electronic devices included in the correspondence. When the correspondence relationship is updated, the deletion notification transmission unit 43 transmits a deletion notification indicating that the device has been deleted from the correspondence relationship to the electronic device having the device identifier deleted from the correspondence relationship. .. The server-side correspondence storage unit 44 stores the correspondence.

FIG. 8 is a diagram showing a first example of a correspondence relationship stored in a storage unit included in the communication control system 100 according to the second embodiment of the present invention. The state of the storage unit shown in this example is the state after the new connection process shown in the flowchart of FIG. 5 is performed on the electronic clock 1 and the second mobile terminal 31, and the electronic clock 1 and the second mobile terminal 31 are in a state. The connection has been established, and the connection between the electronic clock 1 and the second mobile terminal 31 and the connection between the electronic clock 1 and the third mobile terminal 32 have not been established. The double-headed arrow shown by the broken line in the figure indicates the connection between the electronic clock 1 and the second mobile terminal 31 (an electronic device having a correspondence storage unit 53b).

The clock side correspondence storage unit 63 of this example stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and the correspondence between the second clock identifier and the device identifier of the second mobile terminal 31. The relationship is stored, and the device identifier corresponding to the third clock identifier is not stored. Further, the correspondence storage unit 53a of the first mobile terminal 30 stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and corresponds to the second clock identifier and the third clock identifier. The device identifier is not stored. The correspondence storage unit 53b of the second mobile terminal 31 stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and the second clock identifier and the device identifier of the second mobile terminal 31. The correspondence relationship is stored, and the device identifier corresponding to the third clock identifier is not stored. The correspondence storage unit 53c of the third mobile terminal 32 does not store the device identifier corresponding to any of the first clock identifier, the second clock identifier, and the third clock identifier. Further, the server-side correspondence storage unit 44 of the communication management server 40 does not store the device identifier corresponding to any of the first clock identifier, the second clock identifier, and the third clock identifier.

FIG. 9 is a first flowchart showing a correspondence relationship synchronization process in the communication control system 100 according to the second embodiment of the present invention. The process shown in this flowchart is the process performed after "A" in the flowchart shown in FIG. However, the processes shown in this flowchart may be performed independently.

The correspondence transmission unit 54c of the second mobile terminal 31 transmits the correspondence to the communication management server 40 at least when the correspondence is updated by the correspondence update unit 52c (S19). In the case of this example, since the correspondence relationship update unit 52c newly added the correspondence relationship between the second clock identifier and the device identifier of the second mobile terminal 31, the correspondence relationship transmission unit 54c transfers the correspondence relationship to the communication management server 40. Send to.

The server-side correspondence receiving unit 41 of the communication management server 40 receives the correspondence transmitted from the second mobile terminal 31 (S20). Further, the server-side correspondence storage unit 44 of the communication management server 40 stores the received correspondence transmission (S21).

FIG. 10 is a diagram showing a second example of the correspondence relationship stored in the storage unit included in the communication control system 100 according to the second embodiment of the present invention. The state of the storage unit shown in this example is the state after the synchronization processing shown in the flowchart of FIG. 9 is performed. The single-headed arrow shown by the broken line in the figure indicates that the correspondence has been transmitted from the second mobile terminal 31 to the communication management server 40. In this example, the connection between the electronic clock 1 and the second mobile terminal 31 is established, and the connection between the electronic clock 1 and the second mobile terminal 31 and the connection between the electronic clock 1 and the third mobile terminal 32 are Not established. Further, the double-headed arrow shown by the broken line in the figure indicates the connection between the electronic clock 1 and the second mobile terminal 31 (an electronic device having a correspondence storage unit 53b).

The clock side correspondence storage unit 63 of this example stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and the correspondence between the second clock identifier and the device identifier of the second mobile terminal 31. The relationship is stored, and the device identifier corresponding to the third clock identifier is not stored. Further, the correspondence storage unit 53a of the first mobile terminal 30 stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and corresponds to the second clock identifier and the third clock identifier. The device identifier is not stored. The correspondence storage unit 53b of the second mobile terminal 31 stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and the second clock identifier and the device identifier of the second mobile terminal 31. The correspondence relationship is stored, and the device identifier corresponding to the third clock identifier is not stored. The correspondence storage unit 53c of the third mobile terminal 32 does not store the device identifier corresponding to any of the first clock identifier, the second clock identifier, and the third clock identifier. Further, the server-side correspondence storage unit 44 of the communication management server 40 does not store the device identifier corresponding to any of the first clock identifier, the second clock identifier, and the third clock identifier.

FIG. 11 is a second flowchart showing the synchronization processing of the correspondence relationship in the communication control system according to the second embodiment of the present invention. The process shown in FIG. 10 is a process performed when the correspondence stored in the storage unit included in the communication control system 100 is the second example shown in FIG.

In the server-side correspondence storage unit 44 of the communication management server 40, the correspondence relationship between the first clock identifier and the device identifier of the first mobile terminal 30 and the correspondence relationship between the second clock identifier and the device identifier of the second mobile terminal 31 Is stored, and the server-side correspondence transmission unit 42 transmits the correspondence to the first mobile terminal 30 (S30). Similarly, the server-side correspondence transmission unit 42 transmits the correspondence to the second mobile terminal 31 (S31), and transmits the correspondence to the third mobile terminal 32 (S32). The first mobile terminal 30 receives the correspondence relationship from the communication management server 40 (S33) and updates the correspondence relationship stored in the correspondence relationship storage unit 53a (S34). Similarly, the second mobile terminal 31 receives the correspondence from the communication management server 40 (S35) and updates the correspondence stored in the correspondence storage unit 53b (S36). Further, the third mobile terminal 32 receives the correspondence relationship from the communication management server 40 (S37) and updates the correspondence relationship stored in the correspondence relationship storage unit 53c (S38). The contents of each storage unit after such processing is performed are shown in FIG. The server-side correspondence transmission unit 42 of the communication management server 40 transmits the updated correspondence to the electronic devices included in the correspondence at least when the correspondence is updated. The latest correspondence may be sent to the electronic device even if is not updated. The server-side correspondence transmission unit 42 may periodically transmit the correspondence to the electronic device, for example. Further, the server-side correspondence transmission unit 42 may transmit the latest correspondence to electronic devices not included in the correspondence.

FIG. 12 is a diagram showing a third example of the correspondence relationship stored in the storage unit included in the communication control system 100 according to the second embodiment of the present invention. The state of the storage unit shown in this example is the state after the synchronization processing shown in the flowchart of FIG. 11 is performed. The three single-headed arrows shown by the broken lines in the figure indicate that the correspondence has been transmitted from the communication management server 40 to the first mobile terminal 30, the second mobile terminal 31, and the third mobile terminal 32, respectively. In this example, the connection between the electronic clock 1 and the second mobile terminal 31 is established, and the connection between the electronic clock 1 and the first mobile terminal 30 and the connection between the electronic clock 1 and the third mobile terminal 32 are Not established. Further, the double-headed arrow shown by the broken line in the figure indicates the connection between the electronic clock 1 and the second mobile terminal 31 (an electronic device having a correspondence storage unit 53b).

The clock side correspondence storage unit 63 of this example stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and the correspondence between the second clock identifier and the device identifier of the second mobile terminal 31. The relationship is stored, and the device identifier corresponding to the third clock identifier is not stored. Further, the correspondence storage unit 53a of the first mobile terminal 30 stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and the second clock identifier and the device of the second mobile terminal 31 are stored. The correspondence between the identifiers is stored, and the device identifier corresponding to the third clock identifier is not stored. The correspondence storage unit 53b of the second mobile terminal 31 stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and the second clock identifier and the device identifier of the second mobile terminal 31. The correspondence relationship is stored, and the device identifier corresponding to the third clock identifier is not stored. The correspondence storage unit 53c of the third mobile terminal 32 stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and the second clock identifier and the device identifier of the second mobile terminal 31. The correspondence relationship is stored, and the device identifier corresponding to the third clock identifier is not stored. Further, the server-side correspondence storage unit 44 of the communication management server 40 stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and the second clock identifier and the second mobile terminal 31 The correspondence relationship of the device identifier is stored, and the device identifier corresponding to the third clock identifier is not stored.

According to the communication control system 100 according to the present embodiment, the communication management server 40 receives the correspondence from a plurality of electronic devices, stores the correspondence, and transmits the correspondence to the plurality of electronic devices. Correspondences stored in electronic devices can be synchronized. As a result, even if the electronic device has no connection record with the electronic clock, it can be determined whether or not the own device is the connection target when the broadcast message is received from the electronic clock.

FIG. 13 is an example of a screen displayed on the display unit 51 of the first mobile terminal 30 according to the embodiment of the present invention. The screen example shown in the figure includes a correspondence relationship 51a, a delete button 51b, and a selection guideline 51c. In the first mobile terminal 30, the correspondence relationship display unit 52d causes the display unit 51 to display the correspondence relationship 51a for each of a plurality of identifiers. The correspondence relationship 51a displayed on the display unit 51 represents the contents of the correspondence relationship stored in the correspondence relationship storage unit 53a, and the corresponding device identifier for the first clock identifier is displayed as the first mobile terminal 30. 2 Regarding the clock identifier, the corresponding device identifier is displayed as the second mobile terminal 31, and the corresponding device identifier is not displayed for the third clock identifier. The delete button 51b is displayed in the display column of the device identifier.

The correspondence relation editing unit 52e of the first mobile terminal 30 edits the correspondence relation stored in the correspondence relation storage unit 53a in response to the input from the input unit 50. The user can set the third mobile terminal 32 as a device identifier corresponding to, for example, the third clock identifier by using the input unit 50 such as a touch panel. Further, the correspondence relationship deletion unit 52f deletes the selected correspondence relationship from the correspondence relationship storage unit 53a. The correspondence relationship may be selected by pressing the delete button 51b, and FIG. 13 shows a case where the delete button 51b of the second clock identifier is pressed. 14 and 15 are shown for processing when the delete button 51b is pressed and the correspondence relationship that the device identifier corresponding to the second clock identifier is the second mobile terminal 31 is deleted from the correspondence relationship storage unit 53a. It will be described in detail using.

The screen example shown in FIG. 13 includes a selection guideline 51c for a plurality of clock identifiers. The user of the electronic clock 1 selects one of the plurality of clock identifiers by using the crown 2 and the push button 4, and at that time, the clock identifier display unit 61a uses the second hand 22 to select one of the clock identifiers in the temporary direction at 2 o'clock. Point to either the direction or the three o'clock direction to make the selected clock identifier visible. The selection guideline 51c indicates that the temporary direction corresponds to the selection of the first clock identifier, the two o'clock direction corresponds to the selection of the second clock identifier, and the three o'clock direction corresponds to the selection of the third clock identifier. .. However, the clock identifier display unit 61a may display the identifier selected by a pointer other than the second hand 22, such as the minute hand 21 or the first sub-hand 15, and the correspondence between the pointing direction of the pointer and the plurality of identifiers is here. It may be other than the one shown.

FIG. 14 is a flowchart of a correspondence deletion process in the communication control system 100 according to the second embodiment of the present invention. The process shown in FIG. 12 is a process performed when the correspondence stored in the storage unit included in the communication control system 100 is the third example shown in FIG. 12, and is the process performed when the display unit of the first mobile terminal 30. This is a process performed when the delete button 51b displayed on the 51 is pressed and an instruction is given to delete the correspondence related to the second clock identifier.

The correspondence deletion unit 52f of the first mobile terminal 30 deletes the selected correspondence from the correspondence storage unit 53a (S40). Here, the selected correspondence is a correspondence related to the second clock identifier selected by pressing the delete button 51b.

The first mobile terminal 30 transmits the correspondence stored in the correspondence storage unit 53a to the electronic watch 1 (S41). Here, the correspondence relationship to be transmitted is that the device identifier corresponding to the first clock identifier is the first mobile terminal 30, and that the device identifier corresponding to the second clock identifier and the third clock identifier is not set. Is.

The electronic watch 1 receives the correspondence from the first mobile terminal 30 (S42), and updates the correspondence to the watch-side correspondence storage unit 63 (S43). Further, the first mobile terminal 30 transmits the correspondence relationship stored in the correspondence relationship storage unit 53a to the communication management server 40 (S44). The correspondence transmitted here is that the device identifier corresponding to the first clock identifier is the first mobile terminal 30, and the device identifier corresponding to the second clock identifier and the third clock identifier is not set. is there.

The communication management server 40 receives the correspondence from the first mobile terminal 30 (S45), and updates the correspondence stored in the server-side correspondence storage unit 44 based on the received correspondence (S46). Specifically, the communication management server 40 deletes the correspondence relationship regarding the second clock identifier selected as the deletion target by the first mobile terminal 30 from the server-side correspondence relationship storage unit 44.

When the correspondence relationship is updated, the deletion notification transmission unit 43 of the communication management server 40 indicates to the electronic device having the device identifier deleted from the correspondence relationship that the device has been deleted from the correspondence relationship. A deletion notification is transmitted (S47). Here, the electronic device having the device identifier deleted from the correspondence relationship is the second mobile terminal 31 corresponding to the second clock identifier selected by pressing the delete button 51b.

The second mobile terminal 31 receives the deletion notification from the communication management server 40 (S48). The correspondence deletion unit 52f of the second mobile terminal 31 deletes all the correspondences stored in the correspondence storage unit 53b based on the deletion notification (S49). Specifically, the second mobile terminal 31 deletes all the correspondences stored in the correspondence storage unit 53b, and the device identifier corresponding to the first clock identifier to the third clock identifier is not stored. To do. The deletion notification in this example notifies the deletion of the device identifier associated with the second clock identifier, but when the correspondence deletion unit 52f receives a correspondence relationship that does not include the device identifier of its own device. In addition, the correspondence may be deleted by determining that the correspondence is a deletion notification.

Further, the communication management server 40 transmits the correspondence relationship stored in the server-side correspondence relationship storage unit 44 to the third mobile terminal 32 (S50). The third mobile terminal 32 receives the correspondence relationship from the communication management server 40 (S51), and updates the correspondence relationship stored in the correspondence relationship storage unit 53c (S52). Specifically, the third mobile terminal 32 deletes the device identifier corresponding to the second clock identifier.

FIG. 15 is a diagram showing a fourth example of the correspondence relationship stored in the storage unit included in the communication control system 100 according to the embodiment of the present invention. The state of the storage unit shown in this example is the state after the deletion process shown in the flowchart of FIG. 14 is performed. The four single arrows shown by the broken lines in the figure indicate that the correspondence relationship was transmitted from the first mobile terminal 30 to the electronic clock 1 and that the correspondence relationship was transmitted from the first mobile terminal 30 to the communication management server 40. , The deletion notification is transmitted from the communication management server 40 to the second mobile terminal 31, and the correspondence relationship is transmitted from the communication management server 40 to the third mobile terminal 32.

The clock side correspondence storage unit 63 of this example stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and the device identifier corresponding to the second clock identifier and the third clock identifier is stored. Not remembered. Further, the correspondence storage unit 53a of the first mobile terminal 30 stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and corresponds to the second clock identifier and the third clock identifier. The device identifier is not stored. The correspondence storage unit 53b of the second mobile terminal 31 does not store the device identifier corresponding to any of the first clock identifier, the second clock identifier, and the third clock identifier. The correspondence storage unit 53c of the third mobile terminal 32 stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and the device identifier corresponding to the second clock identifier and the third clock identifier. Is not remembered. Further, the server-side correspondence storage unit 44 of the communication management server 40 stores the correspondence between the first clock identifier and the device identifier of the first mobile terminal 30, and corresponds to the second clock identifier and the third clock identifier. The device identifier to be used is not stored.

According to the communication control system 100 according to the present embodiment, a plurality of electronic devices each have a correspondence editing unit 52e, and the communication management server 40 has a server-side correspondence storage unit 44, so that one electronic device can be used. The correspondence edits made are stored in the communication management server 40, and are synchronized from the communication management server 40 to other electronic devices. In the case of the example shown in FIG. 14, the user deletes the correspondence relationship related to the second clock identifier stored in the correspondence relationship storage unit 53a of the first mobile terminal 30, so that the server-side correspondence relationship storage unit of the communication management server 40 The correspondence stored in 44 can be updated. Therefore, the contents of the correspondence storage unit 53b of the second mobile terminal 31 and the correspondence storage unit 53c of the third mobile terminal 32 can be synchronized with the first mobile terminal 30 via the communication management server 40. In this way, by editing the correspondence stored in one electronic device, the user can also edit the correspondence stored in the other electronic device.

Further, according to the communication control system 100 according to the present embodiment, the communication management server 40 has the deletion notification transmission unit 43, so that the electronic device to which the deletion notification is transmitted is excluded from the connection target with the electronic clock. Can be done. In the case of the example shown in FIG. 14, the user deletes the correspondence relationship regarding the second clock identifier stored in the correspondence relationship storage unit 53a of the first mobile terminal 30, and thereby the second mobile phone via the communication management server 40. All correspondences stored in the correspondence storage unit 53b of the terminal 31 can be deleted. When the user wants to exclude the second mobile terminal 31 from the connection target with the electronic watch 1, the user does not need to directly operate the second mobile terminal 31, and the connection target can be excluded from any of a plurality of electronic devices. ..

Although the embodiment according to the present invention has been described above, the specific configuration shown in this embodiment is shown as an example, and it is not intended to limit the technical scope of the present invention to this. For example, although the device used in the above-described embodiment has been described for an electronic clock, the present invention is not limited to the electronic clock, and may be applied to a more general electronic clock. Further, the device that communicates with the electronic watch is not limited to the portable device, and may be a general electronic device, for example, a stationary electronic device. Those skilled in the art may appropriately modify these disclosed embodiments, and it should be understood that the technical scope of the invention disclosed herein also includes such modifications.

1 Electronic clock, 2 Crown, 4 Push button, 10 Dial, 11 Connection processing display, 12 Link loss display, 13 E-mail reception display, 14 Telephone incoming display, 15 1st secondary hand, 15a 24 hours display, 16 2nd Secondary hand, 16a remaining charge display, 16b day display, 16c alarm setting display, 16d connection status display, 17th secondary hand, 17a function setting display, 20 hour hand, 21 minute hand, 22 second hand, 30 first mobile terminal, 31 2nd mobile terminal, 32 3rd mobile terminal, 40 communication management server, 41 server-side correspondence receiver, 42
Server-side correspondence transmission unit, 43 deletion notification transmission unit, 44 server-side correspondence storage unit, 50 input unit, 51 display unit, 51a correspondence relation, 51b delete button, 51c selection guideline, 52 terminal control unit, 52a correspondence judgment unit , 52b non-correspondence judgment unit, 52c correspondence relationship update unit, 52d correspondence relationship display unit, 52e correspondence relation editing unit, 52f correspondence relation deletion unit, 53a, 53b, 53c correspondence relation storage unit, 54 terminal communication unit, 54a receiving unit, 54b connection establishment unit, 54c correspondence transmission unit, 54d correspondence reception unit, 54e deletion notification reception unit, 60 clock identifier storage unit, 61 clock control unit, 61a clock identifier selection unit, 61b clock identifier display unit, 62 clock communication unit , 62a transmitter, 62b correspondence receiver, 63 clock side correspondence storage, 100 communication control system.

Claims (8)

An electronic clock having a plurality of clock identifiers different from each other and having a transmitter for transmitting information of the clock identifier.
Has a unique device identifier
A receiver that receives the information of the clock identifier and
A non-correspondence determination unit that determines non-correspondence when the device identifier of the own machine is not associated with any of the plurality of received clock identifiers.
When the non-correspondence determination unit determines that the non-correspondence is established, the connection with the electronic clock is established.
An electronic device having a correspondence storage unit that stores a correspondence by associating one of the plurality of clock identifiers with the device identifier of the own machine.
Communication control system between electronic clocks and electronic devices, including. The electronic device is
It has a correspondence relationship update unit that updates the correspondence relationship by associating the one clock identifier with the device identifier of the own machine and stores the correspondence relationship storage unit.
It has a correspondence transmission unit that transmits the correspondence to the electronic clock at least when the correspondence is updated by the correspondence update unit.
The electronic clock is
A watch-side correspondence receiving unit that receives the correspondence transmitted from the correspondence transmitting unit, and
It has a clock-side correspondence storage unit that stores the correspondence relationship transmitted from the correspondence transmission unit.
Is the correspondence relation updating unit before Symbol electronic device, further, by the correspondence relationship stored in the watch-side correspondence relation storage unit that is transmitted from the electronic timepiece, the stored in the correspondence relation storage unit the corresponding relationship Update,
The communication control system between the electronic clock and the electronic device according to claim 1. Further including a communication management server, the electronic device is
At least, when the correspondence is updated by the correspondence update unit, the correspondence transmission unit that transmits the correspondence to the communication management server, and the correspondence transmission unit.
It has a correspondence receiving unit that receives the correspondence transmitted from the communication management server, and has.
The correspondence update unit further updates the correspondence stored in the correspondence storage unit according to the correspondence received by the correspondence reception unit, and the communication management server causes the communication management server to update the correspondence.
A server-side correspondence receiving unit that receives the correspondence from the electronic device,
A server-side correspondence storage unit that stores the correspondence and
At least, when the correspondence is updated, the server-side correspondence transmission unit that transmits the updated correspondence to the electronic devices included in the correspondence,
Have,
The communication control system between the electronic clock and the electronic device according to claim 2. The communication management server
When the correspondence is updated, it has a deletion notification transmission unit that sends a deletion notification indicating that the device has been deleted from the correspondence to the electronic device having the device identifier deleted from the correspondence. However, the electronic device is
The deletion notification receiving unit that receives the deletion notification, and
It has a correspondence deletion unit that deletes the correspondence stored in the correspondence storage unit when the deletion notification is received.
The communication control system between the electronic clock and the electronic device according to claim 3. The electronic device is
It also has a correspondence editing section that edits the correspondence in response to input from the input section.
The correspondence transmission unit further transmits the correspondence to the communication management server even when the correspondence is edited by the correspondence editing unit.
The communication control system between the electronic clock and the electronic device according to claim 3 or 4. The electronic device is
It also has a correspondence editing section that edits the correspondence in response to input from the input section.
The correspondence transmission unit further transmits the correspondence to the electronic clock even when the correspondence is edited by the correspondence editing unit.
The communication control system between an electronic clock and an electronic device according to any one of claims 3 to 5. The electronic device has a correspondence relationship display unit for displaying the correspondence relationship between the plurality of clock identifiers and the devices associated with the clock identifiers on the display unit.
The communication control system between an electronic clock and an electronic device according to any one of claims 1 to 6. A transmitter having a plurality of clock identifiers different from each other and transmitting information on the clock identifiers,
Establish a connection with an electronic device that determines that the device identifier of the own device is not associated with any of the received plurality of clock identifiers.
A clock-side correspondence storage unit that associates one of the plurality of clock identifiers with the device identifier and stores the correspondence.
Electronic clock with.

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