JP5066975B2 - NETWORK CONNECTION ENVIRONMENT SETTING CLIENT DEVICE, NETWORK CONNECTION ENVIRONMENT SETTING SYSTEM, AND PROGRAM - Google Patents

Description

  The present invention relates to a client device and a server device capable of mutually transmitting and receiving various types of information via a communication network such as the Internet, and a program used for them. In particular, the present invention relates to a network connection environment setting client device and a server device, and a network connection environment setting program that enable a user to easily set a network connection environment necessary for connecting an electronic music device to a communication network. .

Recently, there is an electronic music device having a network connection function capable of acquiring various information related to music from a website operated in a server device via a communication network such as the Internet. In this electronic music apparatus having a network connection function, the user himself / herself must be connected to the Internet in order to receive music distribution services and the like from a large number of server apparatuses deployed on the network like user terminals such as personal computers and PDAs. Purchase or rent network connection equipment such as dial-up modems, ADSL modems, routers, hubs, and wireless access points after contracting with a service provider (ISP) or a connection line provider such as a telephone line or cable line. Thus, it is necessary to configure hardware by connecting them as specified, and to correctly set various network connection environments corresponding to the network connection device and the setting information thereof in the electronic music device used by the user. . As an example of a method for a user to set such a network connection environment, for example, there is a technique described in Patent Document 1 shown below. In the technique disclosed in Patent Document 1, when a user sends information about the network environment of the own device to the server device using the user terminal, the server device sends a dedicated file to the user terminal accordingly. Is returned by the download distribution method or the e-mail attachment method, and the dedicated file returned to the user terminal is installed in the electronic music device from the user terminal, so that the connection environment information contained in the dedicated file is stored in the electronic music. It is automatically set to the network connection environment of the device.
JP 2005-148941

  In order to install the network connection environment in the electronic music device according to the dedicated file returned from the server device to the user terminal, the dedicated file is acquired from the user terminal and connected from the acquired dedicated file. It is necessary that the electronic music apparatus has a so-called “data read / write function / apparatus” for reading the environment information and writing the read connection environment information to the network connection environment of the own device. However, general electronic music devices (especially existing low-grade electronic musical instruments, etc.) normally have a “data read / write function / device for MIDI information” that reads and writes music performance information such as MIDI information. However, in many cases, the “data read / write function / device related to other data” including the dedicated file for reading and writing other than the MIDI information is not provided as standard. Therefore, in such an electronic music device, it is difficult to read and write the data of the dedicated file returned from the server device to the user terminal. Therefore, the network in the conventional electronic music device using the dedicated file is used. There was a problem that the connection environment could not be set.

  The present invention has been made in view of the above points, and even in an electronic music device having only a data read / write function / device related to MIDI information (music performance information), the user can relatively easily connect the electronic music device to the network. An object of the present invention is to provide a network connection environment setting client device and server device, and a network connection environment setting program capable of setting a network connection environment necessary for connection.

According to a first aspect of the present invention, there is provided a client device including a network connection unit that is connected to a server device on a communication network so that data communication is possible, a connection unit that transmits / receives music performance information to / from an electronic music device, Input means for inputting connection environment information corresponding to a network connection device; transmission means for transmitting the input connection environment information to the server device; and receiving means for receiving music performance information from the server device, The apparatus for receiving music performance information including the transmitted connection environment information embedded as music performance information by the server apparatus, and the electronic music apparatus for reproducing the received music performance information and connected to the connection means In response to this, at least the music performance information corresponding to the connection environment information embedded in the music performance information is extracted and transmitted. It comprises a reproducing means, the setting of the corresponding network connection environment to a predetermined network connection device said connection means connected to an external electronic musical apparatus utilized, the connection environment information retrieved by said data reproducing means in response to receipt, by automatically setting the external electronic musical apparatus according to the connection environment information thus received, and the server device on a communication network via the device for a given network connection a connection with the electronic musical apparatus It is characterized by establishing.

According to the invention, when the client device is are entered connection environment information corresponding to the predetermined network connection device by the user, and transmits the connection environment information the input to the server apparatus on a communication network, according to which Then, the music performance information in which the transmitted connection environment information is embedded is received from the server device. Then, play the music performance information received, the take out the music performance information corresponding to the connection environment information embedded in the music performance information by the server apparatus even without any small, which is connected via a connecting means which external by sending to the electronic musical apparatus, the setting of the network connection environment that corresponds to a predetermined network connection device in which the external electronic musical apparatus is utilized to automatically set the external electronic musical apparatus. In this way , connection with the server device on the communication network via a predetermined network connection device is established in the external electronic music device . In this manner, against the external electronic musical apparatus not provided with only the data read and write functions / devices related to music performance information, by using the client device separately prepared lead to a communication network, the user the electronic musical apparatus is a network connection Therefore, the network connection environment necessary for the operation can be set relatively easily without operating the electronic music apparatus .

According to a fourth aspect of the present invention, there is provided a network connection environment setting system including network connection means for connecting to a server device on a communication network so that data communication is possible, and connection means for transmitting and receiving music performance information to and from an electronic music device. An input unit that inputs connection environment information corresponding to a predetermined network connection device, a transmission unit that transmits the input connection environment information to the server device, and a reception unit that receives music performance information from the server device. And receiving the music performance information including the transmitted connection environment information embedded as music performance information by the server device, and reproducing the received music performance information and connected to the connection means Retrieve at least music performance information corresponding to connection environment information embedded in the music performance information from the electronic music device. And network connection environment settings for the client device with a data reproducing means for transmitting Te, from connection has been pre-SL client device via the communication network, to connect to the communication network via the device for a given network connection Acquisition means for acquiring connection environment information corresponding to the required network connection device, data generation means for embedding the acquired connection environment information as music performance information in predetermined music performance information, and the acquired connection environment information A network connection environment setting system comprising a network connection environment setting server device comprising data transmitting means for transmitting embedded music performance information to the client device , wherein the client device is connected to the connection means Predetermined network connection used by an external electronic music device By setting the network connection environment corresponding to the device automatically in the external electronic music device according to the received connection environment information in response to the reception of the connection environment information retrieved by the data reproduction means, a predetermined network A connection between the server device and the electronic music device on a communication network via a connection device is established . In this way, the user can access the server device from the client device and input the environment setting information according to the network connection device to be used, and the external electronic music device connected to the client device can be accessed. It becomes easy to set a network connection environment necessary for the electronic music apparatus to connect to the network and access the server apparatus on the communication network .

  The present invention can be constructed and implemented not only as a device invention but also as a method invention. Further, the present invention can be implemented in the form of a program of a processor such as a computer or a DSP, or can be implemented in the form of a storage medium storing such a program.

  According to this invention, a client device such as a separately prepared personal computer connected to the communication network reproduces music performance information including connection environment information for an electronic music device acquired from the server device, and at least according to the reproduction, Since music performance information corresponding to the connection environment information is sequentially transmitted to the electronic music device connected to the connection means, and the network connection environment is automatically set in the electronic music device, data read / write regarding the music performance information is performed. Even in an electronic music apparatus having only functions / equipment, a user can set a network connection environment necessary for network connection of the electronic music apparatus to the electronic music apparatus relatively easily. , Has the effect.

  Embodiments of the present invention will be described below in detail with reference to the accompanying drawings.

  FIG. 1 is a system block diagram showing an outline of the overall configuration of a network connection environment setting system to which a client device and a server device according to the present invention are applied. As shown in FIG. 1, the system connects a plurality of electronic music apparatuses MS and user terminals PC (client apparatuses) to a network connection device NT in accordance with 1 on an external communication network X such as the Internet. It is configured so that various types of information can be communicated with each other with a plurality of server devices TS (so-called web servers). As will be described in detail later, each of the electronic music apparatus MS, the server apparatus TS, and the user terminal PC is composed of independent devices including a CPU, a ROM, a RAM, a communication network interface, and the like (see FIG. 2 described later).

  The electronic music apparatus MS includes a conventionally known electronic music device (that is, a MIDI device) such as an electronic musical instrument having a MIDI interface MI and a communication network interface (not shown) such as a terminal adapter and a LAN interface. In addition to being able to send and receive MIDI information (music performance information) sequentially to and from external devices via the MIDI interface MI, the server can also be connected via the network connection device NT and the communication network X. The system is configured such that the device TS can be accessed and various types of information including MIDI information can be transmitted and received (so-called stream distribution, pseudo stream distribution, download distribution, etc.) with the accessed server apparatus TS. In addition, the electronic music apparatus MS can not only transmit and receive various types of information to and from the server apparatus TS, but can also connect to a user terminal PC connected via a common network connection apparatus NT. The system is also configured so that various types of information including MIDI information can be transmitted and received via the device NT.

  However, in order to transmit / receive various information to / from the server device TS on the communication network X and the user terminal PC connected to the common network connection device NT via the network connection device NT, It is not sufficient to configure the system as described above. Similarly to the user terminal PC that is connected to the network connection device NT and is already communicable with the server device TS, As described above, the music device MS must also have a predetermined network connection environment set in accordance with the configuration of the network connection device NT. That is, when a predetermined network connection environment has already been set in the electronic music apparatus MS, various information including MIDI information from the user terminal TS as well as from the server apparatus TS is transmitted via the network connection apparatus NT. However, when a predetermined network connection environment is not yet set in the electronic music apparatus MS, for example, in the electronic music apparatus MS in the initial state, the server apparatus TS and the user terminal TS In the meantime, various information including MIDI information cannot be transmitted / received via the network connection device NT.

  On the other hand, the user terminal PC (client device) is a user terminal such as a personal computer, for example, and on the communication network X as a predetermined network connection environment is set according to the configuration of the network connection device NT. An arbitrary server device TS can be accessed, and various information can be transmitted and received between the user terminal PC and the arbitrary server device TS according to the access. Further, the user terminal PC has a MIDI interface MI, and is connected to an arbitrary electronic music apparatus MS via the MIDI interface MI, so that MIDI information can be transmitted to and from the connected arbitrary electronic music apparatus MS. (Music performance information) can be sent and received sequentially (that is, it is also a MIDI device). The network connection device NT is a device necessary for connecting the electronic music apparatus MS and the user terminal PC to the communication network X. For example, a dial-up modem or an ADSL modem, a router, a hub, a wireless access point device, etc. Any device may be used.

  As described above, in order to access the server apparatus TS on the communication network X in the electronic music apparatus MS and receive provision of a music distribution service or the like from the accessed server apparatus TS, the user terminal PC already connected to the communication network X Similarly to the above, in the electronic music apparatus MS, it is necessary to set a predetermined network connection environment according to the configuration of the network connection device NT. Therefore, in the system shown in FIG. 1, the electronic music apparatus MS connected to the common network connection device NT or the user terminal PC is connected to the user terminal PC. In either case of the electronic music apparatus MS connected to the network connection device NT, the user terminal PC (client apparatus) is connected via the MIDI interface MI, and the MIDI interface MI is connected from the connected user terminal PC. MIDI information is acquired via the network, and the network connection environment is set based on the acquired MIDI information.

  The MIDI information acquired from the user terminal TS is input from the user terminal TS sequentially (sequentially) in response to the user terminal TS playing back a MIDI file with connection environment information. The MIDI file with connection environment information reproduced by the user terminal TS is MIDI information generated by the server apparatus TS based on the information (user setting information) regarding the network environment transmitted from the user terminal PC. That is, the server apparatus TS generates a MIDI file with connection environment information by embedding information (user setting information) related to the network environment according to the user input received from the user terminal PC in the prepared MIDI information. (For details, after converting the user setting information into a system exclusive message (converting the user setting information into MIDI information) and adding it to another prepared MIDI information), this is returned to the user terminal PC. . The user terminal TS reproduces the returned MIDI file with connection environment information. Details of processing executed by each of the user terminal PC, the server device TS, and the electronic music device MS will be described later (see FIG. 3 described later).

  An embodiment of any one of the hardware configurations of the electronic music apparatus MS, the server apparatus TS, and the user terminal PC (client apparatus) constituting the network connection environment setting system shown in FIG. 1 will be described with reference to FIG. . FIG. 2 is a hardware configuration block diagram showing an embodiment of one overall configuration of each of the above devices. However, since each of the above devices can be described as using a similar hardware configuration, the description will be made using only one figure of the electronic music device MS as a representative. Here, the electronic musical instrument MS is shown as an example of an electronic musical instrument, and when the network connection environment has been set, the electronic musical instrument itself is a server via the network connection device NT and the communication network X. By accessing the device TS, it is possible to receive a music distribution service or the like from the server device TS alone.

  The electronic music apparatus MS (electronic musical instrument) shown in this embodiment is controlled by a microcomputer comprising a microprocessor unit (CPU) 1, a read only memory (ROM) 2, and a random access memory (RAM) 3. The CPU 1 controls the operation of the entire electronic musical instrument. For this CPU 1, ROM 2, RAM 3, performance operation detection circuit 4, setting operation detection circuit 5, display circuit 6, sound source circuit 7, effect circuit 8, hard disk 9, nonvolatile memory 10, communication via data and address bus 1D A network interface (I / F) 11 and a MIDI interface (I / F) 12 are connected to each other. The ROM 2 stores various programs executed by the CPU 1 and various data. The RAM 3 is used as a working memory that temporarily stores various data generated when the CPU 1 executes a predetermined program, or as a memory that stores a currently executed program and related data. A predetermined address area of the RAM 3 is assigned to each function and used as a register, flag, table, memory, or the like.

  The performance operator 4A is, for example, a keyboard provided with a plurality of keys for selecting the pitch of a musical tone, and has a key switch corresponding to each key. The keyboard or the like) can be used not only for performance but also as input means for inputting various device settings. The performance operation detection circuit 4 generates a detection output by detecting pressing and release of each key of the performance operator 4A. The setting operation element (switch, etc.) 5A is a switch for the user to play a song, for example, and a user-desired song distribution (for example, a desired song) to an external server device TS connected via the communication network X. There is a switch etc. which instruct | indicates delivery of the MIDI information regarding a music. Of course, the setting operator 5A is also a numeric keypad for inputting numeric data, a keyboard for inputting character data, or a predetermined display displayed on the display 6A. Various operators such as a mouse used for operating the pointer may be included. The setting operation detection circuit 5 detects the operation state of each switch, and outputs switch information corresponding to the operation state to the CPU 1 via the data and address bus 1D.

  The display circuit 6 is, for example, an external server connected to a display 6A composed of, for example, a liquid crystal display panel (LCD), a CRT or the like, for example, a list of stored songs, a current setting status regarding a network connection environment, and a communication network X The communication status with the device TS or the control status of the CPU 1 is displayed. The tone generator circuit 7 can simultaneously generate musical tone signals on a plurality of channels, and in response to the operation of the performance operator 4 given by the user via the data and address bus 1D or predetermined music performance information (MIDI Various performance information generated based on the information etc. is input, and a musical tone signal is generated based on the performance information. The tone generator circuit 7 controls the tone signal to be generated based on the timbre parameter, and the generated tone signal is generated from the sound system 8A including an amplifier and a speaker via the effect circuit 8. The effect circuit 8 gives an effect to the musical sound signal from the sound source circuit 7. Any conventional configuration may be used for the sound source circuit 7, the effect circuit 8, and the sound system 8A. For example, the tone generator circuit 7 may employ any of various tone synthesis methods such as FM, PCM, physical model, formant synthesis, etc., or may be configured with dedicated hardware, or a CPU 1 or DSP (not shown). ) Or the like.

  The hard disk 9 stores a large number of various data such as control programs and MIDI information distributed from, for example, an external server device TS connected via the communication network X. The nonvolatile memory 10 stores various device setting information that can be arbitrarily changed regarding the electronic musical instrument such as a network connection environment. The communication network interface (I / F) 11 is used to connect to the network connection device NT. When the electronic musical instrument main body and the network connection device NT are connected via the communication network interface 11, the electronic The musical instrument can be connected to a wired or wireless communication network X in accordance with an appropriate communication standard. That is, in this electronic musical instrument, in addition to music-related functions such as musical instrument performance and MIDI information reproduction / transmission / reception, the electronic musical instrument relates to music from the server device TS (website) connected via the network connection device NT and the communication network X. It is also configured to execute various functions that can be performed by a normal personal computer, such as a function of acquiring information, data, or a program. If no control program or various data is stored in the ROM 2, the hard disk 9 or the like, the control program and various data can be downloaded from the connected server device TS. In addition, information, data, or a program related to music can be acquired from the user terminal PC connected through the common network connection device NT. However, in either case, it is possible only when the network connection environment has been set for the electronic musical instrument.

  The MIDI interface (I / F) 12 is an interface for inputting MIDI information from an externally connected user terminal PC to the electronic musical instrument, or outputting MIDI information from the electronic musical instrument to the user terminal PC. In particular, the user terminal PC connected via the MIDI interface sequentially (sequentially) as the connected user terminal PC reproduces the MIDI file with connection environment information acquired from the server device PC. A MIDI message will be sent to the electronic instrument. Needless to say, devices that can be externally connected to the MIDI interface 12 are not limited to the user terminal PC, and other MIDI devices can also be externally connected. Other MIDI devices may be devices that generate data in MIDI format in response to a manual performance operation by the user, such as a keyboard type, guitar type, wind instrument type, percussion type, gesture type, etc. (Or comprising an operation form).

  In the electronic musical instrument described above, the performance operator 4A is not limited to a keyboard instrument, and may be any type of instrument such as a stringed instrument, a wind instrument, or a percussion instrument. In addition, the electronic musical instrument is not limited to one in which the performance operator 4A, the display 6A, and the like are built in one apparatus body, but each is configured separately, and is configured to connect each apparatus using communication means such as various networks. It goes without saying that it may have been made. Furthermore, the electronic music apparatus MS according to the present embodiment is not limited to the form of an electronic musical instrument, but is equipped with an automatic performance apparatus, an audio reproduction apparatus, an effector, an automatic composition apparatus, a score creation / display apparatus, and some music or sound reproduction software. Any electronic device having a MIDI interface and having a reproduction / display function related to music, such as a computer, may be used.

  Next, specific processing for realizing the network connection environment setting system shown in FIG. 1 will be described with reference to FIG. FIG. 3 is a flowchart showing an example of the “network connection environment setting process”. The processing is performed by the electronic music apparatus MS, the user terminal PC that can be connected to the server apparatus TS via the communication network X, while being connected to the electronic music apparatus MS via the MIDI interface. This is a process executed by the server apparatus TS (web server) connected via the communication network X. Here, in order to make the explanation easy to understand, the processing executed by each of the electronic music apparatus MS, the user terminal PC, and the server apparatus TS is shown in one drawing, and the electronic music apparatus MS, the user terminal PC, and the server apparatus are illustrated. Each process executed in each TS will be described sequentially according to the processing order. In addition, each arrow shown with a dotted line in FIG. 3 represents the transmission / reception of various data performed between each of the electronic music apparatus MS, the user terminal PC, and the server apparatus TS at an appropriate timing.

  First, in the user terminal PC, a browser is activated in response to a user operation (step P1). Next, in response to a browsing operation by the user (an input operation according to a browser screen (not shown) displayed on the display 6A when the browser is activated), a predetermined website (for example, an electronic musical instrument or the like) on the user terminal PC and the communication network X is used. A connection is established with a server apparatus TS that operates a site operated by a manufacturer, and a request for transmitting a connection environment setting page is made to the server apparatus TS according to the http protocol (step P2). When the server device TS receives a connection environment setting page transmission request from the user terminal PC, the server device TS transmits a connection environment setting page file to the user terminal PC according to the http protocol (step S1). Based on the received connection environment setting page file, the user terminal PC displays a “network connection environment input screen” on the browser screen already displayed on the display 6A (step P3). That is, the user launches a browser on the user terminal PC and opens a web page (network connection environment input screen) dedicated to setting the network connection environment, and the user refers to the “network connection environment input screen” to the electronic music apparatus MS. You can enter information about the network connection environment you want to set.

  Here, with respect to the “network connection environment input screen” displayed on the browser screen based on the connection environment setting page file received from the server apparatus TS in order to prompt the user to input information regarding the network connection environment, FIG. Will be described. FIG. 4 is a conceptual diagram showing an example of a “network connection environment input screen”.

  As shown in FIG. 4, the “network connection environment input screen” displayed on the browser screen BZ is a screen display for allowing the user to input information regarding the network connection environment in the electronic music apparatus MS. For example, for each setting category TG such as “LAN” or “wireless LAN”, a plurality of setting items IK included in each setting category TG and a user input area IA corresponding to each setting item IK are displayed. The user selects a setting category TG by selecting a corresponding tag according to the network connection device NT to which the electronic music device MS such as a dial-up modem or ADSL modem, router, hub, wireless access point, etc. is to be connected and its setting information. Can be changed arbitrarily. The setting category TG is further divided into detailed setting items IK. In the case of the setting category “LAN” as shown in the figure, “DHCP use”, “DNS server 1”, “DNS server 2”, “IP address” "," Subnet mask "," Gateway ", etc. are setting items. When the user operates the pointer P to specify the user input area IA corresponding to the setting item IK to be input, the specified user input area IA can be input (the area indicated by the oblique lines in the figure is input). The user inputs setting contents according to the network connection device NT to which the electronic music apparatus MS is connected. Since the setting items displayed on the “network connection environment input screen” and the setting contents corresponding to the setting items input by the user are known, the description thereof is omitted here.

  In addition to the above, the “network connection environment input screen” displays a network connection environment setting button SB and a cancel button CB. The cancel button CB is a button for canceling all (or a part of designated) setting contents input by the user in the selected setting category TG to clear or return to the initial state. On the other hand, the network connection environment setting button SB is a button for confirming the setting contents input by the user, and the setting contents determined according to the operation of the network connection environment setting button SB are sent to the server TS as user setting information. Send to. The server device TS to be transmitted is a server device that operates a website with the Internet address displayed at the top of the browser screen BZ. The user can easily input information related to the network connection environment of the electronic music apparatus MS that the user intends to use simply by inputting the setting contents according to the setting item IK displayed on the “network connection environment input screen”. it can. Needless to say, the setting category TG, the setting item IK for each setting category, and the setting content shown in this embodiment are merely examples.

  Returning to the description of FIG. 3, the user terminal holds the setting content input by the user on the “network connection environment setting screen” as user setting information for each setting item (step P <b> 4). Then, according to the operation of the network connection environment setting button SB on the “network connection environment setting screen” by the user, the user setting information is transmitted to the server apparatus TS according to the http protocol, and the network connection of the electronic music apparatus MS is performed. The server apparatus TS is requested to transmit a setting file for environment setting (MIDI file with connection environment information) (step P5). When receiving the setting file transmission request from the user terminal PC, the server apparatus TS acquires the user setting information transmitted from the user terminal PC together with the request (step S2). The server apparatus TS that has received the user setting information converts the received user setting information into MIDI information (converts the user setting information into MIDI information), and the MIDI information into the user setting information prepared in advance (default information). Then, a MIDI file with connection environment information is generated by embedding in a server device TS selected randomly or by a user selected from the user terminal PC (step S3). This MIDI file with connection environment information is a MIDI file of connection environment information that is required to be set in order to connect the corresponding electronic music apparatus MS to the communication network X, that is, usually as connection environment information. The setting items and the setting contents for each setting category that are stored separately are stored together in one file format of MIDI information. Specifically, a unique system ID is assigned to each setting item in advance, the system ID corresponding to the setting item included in the received user setting information, and the corresponding setting content included in the received user setting information, Are combined and embedded in an appropriate position of MIDI information prepared in advance as a system exclusive message. The server device TS returns the generated MIDI file with connection environment information to the user terminal PC (step S4).

  The user terminal PC checks whether or not a MIDI file with connection environment information has been received from the server device TS. When the user terminal PC receives a MIDI file with connection environment information (step P6), the user terminal PC has the received connection environment information. It is determined whether there is a data reproduction plug-in program that can reproduce the data of the file type corresponding to the MIDI file type (step P7). If it is determined that there is no corresponding plug-in program (No in step P7), a dialog is displayed on the display 6A, prompting the user to save a MIDI file with connection environment information, and responding to the user operation. The MIDI file with connection environment information is saved (stored) in the hard disk 9 or the like. On the other hand, if it is determined that there is a corresponding plug-in program (yes in step P7), a data playback function is added to the web page display function of the active browser by starting the plug-in program, The received MIDI file with connection environment information is reproduced (step P8). In response to the playback processing of the MIDI file with the connection environment information, MIDI messages are sequentially (sequentially) transmitted from the user terminal PC to the electronic music apparatus MS connected via the MIDI interface 12 according to the MIDI protocol. Is done.

  When the electronic music apparatus MS receives a MIDI message from the user terminal PC connected via the MIDI interface 12 (step D1), the electronic music apparatus MS determines whether or not the received MIDI message is a system exclusive message related to connection environment settings. (Step D2). If it is determined that the received MIDI message is not a system exclusive message related to the connection environment setting (no in step D2), normal tone generation processing (including processing such as system setting) is performed according to the content of the received MIDI message. Perform (step D4). On the other hand, when it is determined that the received MIDI message is a system exclusive message related to the connection environment setting (yes in step D2), the connection environment information based on the system exclusive message is stored in the nonvolatile memory 10 as a network connection environment ( Step D3). That is, the network connection environment in the electronic music apparatus MS is set by setting the setting content (environment setting information) combined with the system ID for each setting item corresponding to the system ID in the system exclusive message. . Thus, the electronic music apparatus MS can be connected to an external communication network X such as the Internet, and can receive various services such as music distribution from the server apparatus TS on the communication network X. . In this case, since the MIDI information is reproduced on the user terminal PC side and the network connection environment is automatically set based on the received MIDI message on the electronic music apparatus MS side, the user needs to operate the electronic music apparatus MS. Not at all. The server apparatus TS provides a service such as a music distribution service in response to a service provision request from the electronic music apparatus MS connected via the communication network X (step S5).

  As described above, even in the electronic music apparatus MS having only the data read / write function / device related to the MIDI information, it is relatively easy for the user to use the client apparatus PC such as a personal computer prepared separately connected to the communication network. In addition, the network connection environment necessary for connecting the electronic music apparatus MS to the network can be set conveniently, and the burden on the user setting the network connection environment can be reduced. That is, the user inputs connection environment information for an electronic music device on a website (server apparatus TS) accessed via the communication network X, and the input connection environment information (MIDI information converted from the website) ( Since a MIDI file containing user setting information) is transmitted, it is possible to provide detailed input support by the website, and the burden on the user is small. The user terminal PC uses a display having a larger display area than the display provided in the electronic music apparatus MS and has a larger information processing capability. Therefore, when the connection environment information is set and input, the fine details transmitted from the website are used. The user can input according to various explanations and is user-friendly. Although it is necessary to input the same setting items as when inputting directly with an electronic music apparatus MS or the like having a network connection function, it is possible to input based on easy-to-understand explanations. Etc. are easy to understand, and input errors are reduced. In addition, the user can select whether to directly input the network connection environment setting by operating the electronic music apparatus MS or by playing the MIDI file with the environment setting information by operating the user terminal PC. A certain familiar person selects the former, and an unfamiliar person such as a beginner selects the latter, so that the network connection environment in the electronic music apparatus MS can be set by a method suitable for each user. Further, rather than using an external storage medium (CD, DVD, etc.) to move the MIDI file from the user terminal PC to the electronic music apparatus MS, the MIDI file can be set immediately according to the playback of the MIDI file on the user terminal PC. Since it can, it does not take time.

In the above-described embodiment, the server apparatus TS displays the “network connection environment input screen” for the “external user terminal PC”. However, the present invention is not limited to this. An “environment input screen” may be displayed. That is, the role of screen display by the server device TS may be programmed and executed by the user terminal device PC so that the user terminal device PC can display the “network connection environment input screen” by itself.
In the embodiment described above, the server device TS that generates the MIDI file with connection environment information and the server device TS that performs the music distribution service and the like are the same server computer. It goes without saying that the server device that generates the server device and the server device TS that performs the music distribution service or the like may be independent devices.

Note that when setting the network connection environment in the electronic music apparatus MS, the user terminal PC does not cause the plug-in program to reproduce the MIDI file with the connection environment information sent from the server apparatus TS at any time (so-called pseudo). (Stream distribution), storing a MIDI file with connection environment information sent from the server device TS (so-called download distribution), playing the stored MIDI file with a MIDI sequencer or the like and sending it to the electronic music apparatus MS It may be.
In the above-described embodiment, only the system exclusive message of the connection environment setting is extracted from the MIDI file with the connection environment information sequentially transmitted from the client apparatus PC on the electronic music apparatus MS side, and the network connection is made based on this. The environment is set, but it is not limited to this. For example, only the system exclusive message for setting the connection environment is extracted in advance in response to the reproduction of the MIDI file with the connection environment information on the client device PC, and only the extracted system exclusive message for setting the connection environment is stored in the electronic music device. You may make it transmit with respect to MS. However, as described above, by including control data for musical tone performance in a MIDI file with connection environment information, playing it back and transmitting all MIDI information to the electronic music device MS, When setting the network connection environment in the electronic music apparatus MS, it is possible to generate musical sounds such as BGM.
Note that data transmitted and received between the server apparatus TS and the user terminal PC may be encrypted with a common key.

Note that the plug-in program for reproducing the MIDI file with the connection environment information in the user terminal PC may be a helper application program. A plug-in program is a small program for providing additional functions to application software. Various functions can be realized by adding plug-in programs, such as playback of moving images and high-quality audio, which cannot be realized only with the functions originally installed. On the other hand, a helper application program is an application for converting a file or reproducing data that cannot be executed alone by a client application program (for example, a browser) that exchanges data over the Internet (also simply called a helper).
In the above-described embodiment, an example in which MIDI information is used as the music performance information is shown. However, the present invention is not limited to this, and the music performance information may be data in a format other than the MIDI information.

It is a system block diagram which shows the outline of the whole structure of the network connection environment setting system to which the client apparatus and server apparatus which concern on this invention are applied. It is a hardware configuration block diagram showing an example of the overall configuration of any one of the devices constituting the network connection environment setting system. It is a flowchart which shows one Example of a network connection environment setting process. It is a conceptual diagram which shows one Example of a network connection environment input screen.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... CPU, 2 ... ROM, 3 ... RAM, 4 ... Performance operation detection circuit, 4A ... Performance operator, 5 ... Setting operation detection circuit. 5A ... setting operation element, 6 ... display circuit, 6A ... display, 7 ... sound source circuit, 8 ... effect circuit, 8A ... sound system, 9 ... hard disk, 10 ... non-volatile memory, 11 ... communication network interface , 12 (MI) ... MIDI interface, X ... communication network, 1D ... communication bus (data and address bus), MS ... electronic music device, TS ... server device, PC ... user terminal, NT ... network connection device

Claims (5)

Network connection means for connecting to a server device on a communication network so that data communication is possible;
Connection means for transmitting and receiving music performance information to and from the electronic music device;
Input means for inputting connection environment information corresponding to a predetermined network connection device;
Transmitting means for transmitting the input connection environment information to the server device;
Receiving means for receiving music performance information from the server device, receiving music performance information including the transmitted connection environment information embedded as music performance information by the server device;
Data reproduction means for reproducing the received music performance information and extracting and transmitting at least music performance information corresponding to connection environment information embedded in the music performance information to an electronic music device connected to the connection means And
The network connection environment setting corresponding to a predetermined network connection device used by the external electronic music apparatus connected to the connection means is received in response to the reception of the connection environment information retrieved by the data reproduction means . A network characterized by establishing a connection between the server device and the electronic music device on a communication network via a predetermined network connection device by automatically setting the external electronic music device according to connection environment information Client device for connection environment setting.   2. The network connection environment setting client device according to claim 1, wherein the music performance information is MIDI information.   3. The network connection environment setting client device according to claim 2, wherein the music performance information including the transmitted connection environment information is obtained by embedding the transmitted connection environment information as system exclusive data. . Network connection means for data communication with a server device on a communication network, connection means for transmitting / receiving music performance information to / from an electronic music device, and connection environment information corresponding to a predetermined network connection device Input means for transmitting, transmitting means for transmitting the inputted connection environment information to the server apparatus, and receiving means for receiving music performance information from the server apparatus, wherein the server apparatus is embedded as music performance information. Receiving the music performance information including the transmitted connection environment information and reproducing the received music performance information, embedded in at least the music performance information for the electronic music apparatus connected to the connection means. A network connection environment configuration comprising data reproduction means for extracting and transmitting music performance information corresponding to the connection environment information. And use the client device,
From connection has been pre-SL client device via the communication network, an acquiring unit that acquires connection environment information corresponding to the network connection devices necessary for connecting to the communication network via the device for a given network connection Data generation means for embedding the acquired connection environment information as music performance information in predetermined music performance information, and data transmission means for transmitting the music performance information embedded with the acquired connection environment information to the client device. and a network connection environment settings for the server device
A network connection environment setting system comprising:
The client device responds to the reception of the connection environment information retrieved by the data reproduction means, by setting the network connection environment corresponding to a predetermined network connection device used by the external electronic music device connected to the connection means. And establishing the connection between the server device on the communication network and the electronic music device via a predetermined network connection device by automatically setting the external electronic music device according to the received connection environment information. It is characterized by. On the computer,
A procedure for connecting to a server device on a communication network so that data communication is possible,
A procedure for inputting connection environment information corresponding to a predetermined device for network connection;
Transmitting the input connection environment information to the server device;
Receiving from the server device music performance information including the transmitted connection environment information embedded as music performance information by the server device;
The network connection environment setting corresponding to a predetermined network connection device used by the external electronic music device connected to the connection means is automatically set in the external electronic music device according to the connection environment information embedded by the server device. In order to establish a connection between the server device on the communication network and the electronic music device via a predetermined network connection device, the received music performance information is reproduced and the music performance information is transmitted and received. A program for causing an electronic music apparatus connected to a predetermined connection means for performing at least music performance information corresponding to connection environment information embedded in the music performance information to be transmitted.

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