JP2015036976A - Electronic system and program for controlling electronic system and program set - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an electronic system capable of reading or rewriting a setting parameter corresponding to an external input device by a hand-held device.SOLUTION: An electronic system includes: an external input device for outputting input data corresponding to an operation by a user; a first recording medium 2 in which a current setting parameter corresponding to the external input device 1 is recorded; electronic equipment 4 for, when receiving the input data from the external input device 1 via a first connection interface 31 connected to the external input device 1, performing processing corresponding to the input data and the current setting parameter by referring to the current setting parameter recorded in the first recording medium 2; and a hand-held device 5 connected via a second connection interface 32 to the electronic equipment 4, and configured to read and rewrite the current setting parameter recorded in the first recording medium 2 via the electronic equipment 4 in accordance with the operation by the user.

Description

  The present invention relates to an electronic system and a program and a program set for controlling the electronic system, and relates to an electronic system including an external input device such as a keyboard and a mouse, and a program and a program set for controlling the electronic system.

  Conventionally, in an electronic system including an external input device such as a keyboard and a mouse, various settings related to the external input device must be changed by a control panel in the operating system of the electronic system or a driver program corresponding to the external input device. .

  On the other hand, for example, when a program to be executed mainly has to be monitored in full screen at all times, it may not be possible for the system or the user to open the control panel or the driver program.

  Patent Document 1 discloses a technique for switching a control mode of an external input device by generating a detection signal and transmitting it to a processor when a detection switch is triggered upon receiving a press of a function key arranged on the external input device. However, since the range of control performed by the function keys is limited to the number of function keys that can be arranged in the external input device, as described in Patent Document 1, there are some predetermined values. You can only switch between operating modes.

JP 2014-56363 A

  In view of the above problems, an object of the present invention is to provide an electronic system in which a setting parameter corresponding to an external input device can be read or rewritten by a handheld device, a program for controlling the electronic system, and a program set.

  In order to achieve the above object, the present invention provides an external input device that outputs input data corresponding to an operation by the user in response to an operation by the user, and a current setting parameter corresponding to the external input device is recorded. When the input data is received from the external input device via one recording medium and a first connection interface connected to the external input device, the current setting parameter recorded on the first recording medium is Referring to the electronic device that performs processing corresponding to both the input data and the current setting parameter, and connected to the electronic device via a second connection interface, the electronic device is configured according to a user operation. The current setting parameters recorded on the first recording medium can be read and rewritten via To provide an electronic system comprising a hand held device.

  In the electronic system, the handheld device includes a display unit that can display information, an input unit that can be operated by a user, a second recording medium that can record parameter information, and the display A control unit that controls the unit, the input unit, and the second recording medium, and the control unit transmits the current setting to the electronic device via the second connection interface. Reading a parameter from the first recording medium and outputting a request to the control unit; and outputting the current setting parameter sent from the electronic device via the second connection interface to the second Recording on the other recording medium and the current setting parameter recorded on the second recording medium. Display on the display unit, receiving update setting parameters based on a user operation on the input unit from the input unit and recording the updated setting parameter on the second recording medium; and A request to rewrite the recorded current setting parameter to the updated setting parameter recorded in the second recording medium can be output to the electronic device via the second connection interface. It is preferable that it is comprised.

  The electronic system may be configured such that the first recording medium is incorporated into the electronic device.

  The electronic system may be configured such that the first recording medium is incorporated into the external input device.

  In the above electronic system, multiple key input setting parameter, mouse sensitivity parameter, key valid / invalid setting parameter, cursor valid / invalid setting parameter, mouse sample rate setting parameter, scroll wheel valid / invalid setting parameter, keyboard In the group of parameters including an input delay setting parameter and a keyboard input speed setting parameter, it is preferable that at least one parameter is included in the current setting parameter.

  In the electronic system, the input unit is preferably configured to have a touch panel.

  The present invention also provides an external input device that receives input from the user and outputs input data corresponding to the operation by the user, and a first recording medium on which a current setting parameter corresponding to the external input device is recorded. , When receiving the input data from the external input device via the first connection interface connected to the external input device, referring to the current setting parameter recorded in the first recording medium, A program that causes an electronic system including an electronic device that performs processing corresponding to both input data and the current setting parameter, and a handheld device connected to the electronic device via a second connection interface to execute a predetermined process. Through the second connection interface in response to a user operation on the handheld device. Te also provides a program for causing to execute a reading process and rewrite process of the first recording medium the current configuration parameters recorded in said electronic device.

  In the above program, the handheld device includes a display unit capable of displaying information, an input unit capable of receiving an operation by a user, a second recording medium capable of recording parameter information, and the display unit. And the input unit and a control unit for controlling the second recording medium, and the program sends the current to the electronic device via the second connection interface to the control unit. A process for reading a setting parameter from the first recording medium and outputting a request to output to the control unit; and the current setting parameter sent by the electronic device via the second connection interface. Recorded on the second recording medium and the process of recording on the second recording medium A process for displaying the current setting parameter on the display unit, a process for receiving an updated setting parameter based on an operation on the input unit by a user from the input unit, and recording the updated setting parameter on the second recording medium; A process of outputting a request to rewrite the current setting parameter recorded in the recording medium to the updated setting parameter recorded in the second recording medium to the electronic device via the second connection interface It is preferable that the electronic device is configured to cause the electronic device to execute a process of reading the current setting parameter recorded on the first recording medium and a process of rewriting the current setting parameter.

  The present invention also provides an external input device that receives input from the user and outputs input data corresponding to the operation by the user, and a first recording medium on which a current setting parameter corresponding to the external input device is recorded. , When receiving the input data from the external input device via the first connection interface connected to the external input device, referring to the current setting parameter recorded in the first recording medium, A program set for causing an electronic system to perform a predetermined process including an electronic device that performs processing corresponding to both input data and the current setting parameter, and a handheld device that is connected to the electronic device via a second connection interface. The second connection interface according to an operation of the user on the handheld device A first program for causing the handheld device to execute a process for requesting the electronic device to read or rewrite the current setting parameter recorded on the first recording medium, and the handheld device In response to a request for reading or rewriting the current setting parameter sent via the second connection interface, the process for reading and writing the current setting parameter recorded on the first recording medium There is also provided a program set comprising a second program for causing the electronic device to execute a replacement process.

  In the program set, the handheld device includes a display unit that can display information, an input unit that can be operated by a user, a second recording medium that can record parameter information, and the display A control unit that controls the unit, the input unit, and the second recording medium, and the first program sends the current program to the electronic device via the second connection interface. A process for reading a setting parameter from the first recording medium and outputting a request to output to the control unit; and the current setting parameter sent by the electronic device via the second connection interface. And a process for recording on the second recording medium, and the current recording on the second recording medium. A process for displaying the setting parameter on the display unit, a process for receiving an update setting parameter based on an operation on the input unit by a user from the input unit, and recording the updated setting parameter on the second recording medium, and the first recording A process of outputting a request to rewrite the current setting parameter recorded in a medium to the updated setting parameter recorded in the second recording medium to the electronic device via the second connection interface; Is executed by the control unit, and the second program stores the current setting parameter sent by the handheld device via the second connection interface in the first record. In response to a request to read from the medium, the current setting parameter is A process of reading from one recording medium and transmitting to the handheld device via the second connection interface, and the current setting sent by the handheld device via the second connection interface Preferably, the electronic device is configured to execute a process of rewriting the current setting parameter to the update setting parameter in response to a request to rewrite the parameter to the update setting parameter.

  According to the above configuration, the present invention can read and rewrite the current setting parameters of the external input device recorded on the first recording medium via the electronic device according to the user's operation on the handheld device. While the program mainly executed in the electronic device is always monitored in full screen, the current setting parameters of the external input device can be read and rewritten by operating the handheld device without opening the control panel or the driver program.

It is a block diagram in which the structure of 1st Embodiment of the electronic system of this invention is shown. It is a flowchart in which the flow of the process performed by the program set of this invention is shown. It is a block diagram by which the structure of 2nd Embodiment of the electronic system of this invention is shown.

  Hereinafter, the present invention will be described in detail with reference to the drawings.

  FIG. 1 is a block diagram showing the configuration of the first embodiment of the electronic system of the present invention, and FIG. 2 is a flowchart showing the flow of processes performed by the program set of the present invention.

  As shown in FIG. 1, the electronic system of the present invention includes an external input device 1 that receives an operation by a user and outputs input data corresponding to the operation by the user, and a current one corresponding to the external input device 1. When input data is received from the external input device 1 via the first recording medium 2 on which the setting parameters are recorded and the first connection interface 31 connected to the external input device 1, it is recorded on the first recording medium 2. The electronic device 4 that performs processing corresponding to both the input data and the current setting parameter, and the handheld device 5 that is connected to the electronic device 4 via the second connection interface 32. I have.

  The external input device 1 outputs, for example, a computer or other electronic device that processes information, such as a keyboard, a mouse, a trackball, a joystick, or a game pad, and receives input data corresponding to the user operation. The setting parameters corresponding to the external input device 1 correspond to, for example, a multi-key input setting parameter corresponding to a keyboard or a key valid / invalid setting parameter, an input delay setting parameter, an input speed setting parameter, a mouse, a trackball, etc. Sensitivity parameter or sample rate setting parameter, cursor valid / invalid setting parameter, scroll wheel valid / invalid setting parameter, etc.

  The first recording medium 2 is, for example, a RAM (Random Access Memory), an EEPROM (Electrically Erasable Programmable Read-Only Memory), a flash memory, a storage device such as a hard disk device or an SSD (Solid State Drive), or a USB (Universal Serial Bus). A storage means such as a memory that can record and rewrite data, and is incorporated in the electronic device 4 in this embodiment.

  The first connection interface 31 and the second connection interface 32 are interfaces for connecting the external input device 1 or the handheld device 5 to the electronic device 4 and exchanging signals or data, for example, RS232, USB, Wired LAN (Local Area Network), Bluetooth (registered trademark), Wi-Fi (registered trademark), WiMAX (Worldwide Interoperability for Microwave Access, registered trademark), wireless LAN, IEEE 802.11b, LTE (Long Term Evolution), LTE -An interface that performs communication in accordance with a standard such as Advanced or a fifth generation mobile communication system can be used regardless of wired or wireless.

  When the electronic device 4 receives the input data output from the external input device 1, the electronic device 4 refers to the current setting parameter recorded in the first recording medium 2 and performs processing corresponding to both the input data and the current setting parameter. A processing unit 41 to perform and a monitor 42 as an output unit. Examples of the processing unit 41 include those having a motherboard on which a CPU, a memory controller, an I / O controller, and the like are mounted. . Incidentally, in this embodiment, the first recording medium 2 is a memory (RAM) incorporated in the processing means 41 and controlled by a memory controller.

  The hand-held device 5 used in the present invention includes a display unit 51 that can display information, an input unit 52 that can be operated by the user, and the current setting parameters that have been read and input by the user. A second recording medium 53 capable of recording parameter information such as update setting parameters scheduled to be rewritten, a display unit 51, an input unit 52, and a control unit 54 for controlling the second recording medium 53. A digital device having a touch panel integrated with a display unit and an input unit, such as a reader for electronic books, a smart phone, a portable multimedia player, a tablet computer, etc. Use as handheld device 5 Rukoto can.

On the other hand, in order to provide an electronic system in which the setting parameter corresponding to the external input device can be read and rewritten by the handheld device which is the object of the present invention, the handheld device 5 is used for the operation of the input unit 52 of the user's handheld device 5. Accordingly, it is necessary for the control unit 54 to be configured to be able to read and rewrite the current setting parameters recorded in the first recording medium 2 via the electronic device 4 in order to realize this. The control unit 54 of the handheld device 5 (A) reads the current setting parameter from the first recording medium 2, and outputs a request to the control unit 54 via the second connection interface 32. Output to the electronic device 4 via 32,
(B) recording the current setting parameter sent from the electronic device 4 via the second connection interface 32 in the second recording medium 53;
(C) causing the display unit 51 to display the current setting parameter recorded in the second recording medium 53;
(D) receiving an update setting parameter based on an operation performed on the input unit 52 by the user from the input unit 52 and recording it on the second recording medium 53;
(E) A request for rewriting the current setting parameter recorded in the first recording medium 2 with the updated setting parameter recorded in the second recording medium 53 is sent via the second connection interface 32 to the electronic This can be achieved by executing the function of the present invention by causing the handheld device 5 to execute the program of the present invention.

The program of the present invention reads the current setting parameters recorded on the first recording medium 2 via the second connection interface 32 in response to the user's operation on the handheld device 5. The process and the rewriting process are executed by the electronic device 4. Specifically, as an application installed in the handheld device 5, (a) the current setting parameter is set to the first control unit 54 of the handheld device 5. A process of reading a request to be read from the recording medium 2 and output to the control unit 54 via the second connection interface 32 to the electronic device 4 via the second connection interface 32;
(B) a process of recording the current setting parameter sent from the electronic device 4 via the second connection interface 32 to the second recording medium 53;
(C) a process of causing the display unit 51 to display the current setting parameters recorded in the second recording medium 53;
(D) a process of receiving an update setting parameter based on an operation on the input unit 52 by a user from the input unit 52 and recording it on the second recording medium 53;
(E) A request for rewriting the current setting parameter recorded in the first recording medium 2 with the updated setting parameter recorded in the second recording medium 53 is electronically transmitted via the second connection interface 32. A process to output to the device 4;
By executing the above, the electronic apparatus 4 is caused to execute the process of reading the current setting parameter recorded on the first recording medium 2 and the process of rewriting the parameter, thereby achieving the object of the present invention.

On the other hand, “a request to read the current setting parameter from the first recording medium 2 and output it to the control unit 54 via the second connection interface 32” from the control unit 54 of the handheld device 5, In response to the request to rewrite the current setting parameter recorded in the recording medium 2 with the updated setting parameter recorded in the second recording medium 53, the electronic device 4 side operates the operating system of the electronic device 4. Or by using a driver program corresponding to the external input device 1, a corresponding process described below can be executed. The response process on the electronic device 4 side is as follows:
(F) A request to read the present setting parameter sent from the first recording medium 2 sent by the control unit 54 of the handheld device 5 via the second connection interface 32 is received (f1). In response, after reading the present setting parameter from the first recording medium 2 (f2) and transmitting it to the handheld device 5 via the second connection interface 32 (f3),
(G) A request to rewrite the current setting parameter sent to the updated setting parameter by the control unit 54 of the handheld device 5 via the second connection interface 32 is received (g1), and in response to the request A process of rewriting the current setting parameter recorded in the first recording medium 2 to the updated setting parameter (g2), and if necessary, between (f) and (g) (h ) It is also possible to insert the process of calculating the elapsed time after sending the setting parameter to the handheld device 5 via the second connection interface 32 and accepting the execution request of (g) only within a predetermined time. It is.

  That is, according to the present invention, as shown in the flowchart of FIG. 2, the processes (a) to (e) executed by the control unit 54 of the handheld device 5 are the first program, and the electronic device 4 side If the processes (f) to (h) executed in correspondence with the first program are the second program, it can also be achieved in the form of a program set composed of the first program and the second program. it can.

  The first program can be realized as an application to be executed by the handheld device 5, and the second program is a driver program corresponding to the external input device 1 installed in the electronic device 4 or an operating system of the electronic device 4. Can be realized.

  Incidentally, the first program is not a program that executes only the processes (a) to (e). For example, before executing the process (a), the first program waits for an instruction to execute the process (a) by the user on the display unit 51. In the process that displays (graphical user interface), in process (c), in addition to the current setting parameters, reference information such as the model number of the external input device 1 and the driver program version is displayed. Or a process that cancels the execution of the process (d) depending on the user's operation after the process (c) is executed. Here, the process related to the core of the present invention is emphasized. I will not explain the supplementary processes based on the prior art. To have.

  Next, taking as an example the case where the external input device 1 is a mouse and the user changes the DPI sensitivity of the mouse according to the present invention, the operation method and each process performed in the electronic system of the present invention will be specifically described.

  In the electronic system in which the program according to the first embodiment of the present invention is introduced, when the program that is mainly executed by the monitor 42 of the electronic device 4 is always displayed on the full screen, the user can use the external input device 1. When trying to change the DPI sensitivity of a certain mouse, first, the input unit 52 of the hand-held device 5 is operated to start the first program.

  As shown in FIG. 2, the first program to be started causes the control unit 54 of the handheld device 5 to execute the process (a).

  Then, according to the process (a), the control unit 54 reads from the first recording medium 2 a parameter corresponding to at least the DPI sensitivity of the mouse in the current setting parameter, and sends it to the control unit 54 via the second connection interface 32. A request to be output is output to the electronic device 4 via the second connection interface 32, and the process (f) in the second program on the electronic device 4 side receives the request in the substep (f1). Then, in response to the request, a sub-step (f2) of reading from the first recording medium 2 a parameter corresponding to at least the DPI sensitivity of the mouse among the current setting parameters, and the second setting interface 32 is handheld. Sub-step (f3) to be transmitted to the device 5 is executed by the processing means 41 So on, it executes the process (h) accepting the execution request of a process (g) only for a predetermined time.

  When the processing means 41 of the electronic device 4 receives the current setting parameter sent via the second connection interface 32 on the handheld device 5 side, the handheld device 5 receives the current setting parameter according to the process (b). In addition to recording on the second recording medium 53, the current setting parameters recorded on the second recording medium 53 are displayed on the display unit 51 in accordance with the process (c), and a further operation by the user is awaited.

When the user operates the input unit 52 to input an update setting parameter for changing the DPI sensitivity of the mouse from 800 dpi to 1000 dpi, for example, the control unit 54 of the handheld device 5 starts from the input unit 52 according to the process (d). The received update setting parameter corresponding to 1000 dpi is recorded in the second recording medium 53, and the process (e) is executed, and the DPI sensitivity of the mouse in the current setting parameter recorded in the first recording medium 2 A request for rewriting the parameter corresponding to the above to the update setting parameter corresponding to 1000 dpi recorded in the second recording medium 53 is output to the electronic device 4 via the second connection interface 32.
The processing means 41 on the electronic device 4 side is handheld via the second connection interface 32 within a predetermined time since the setting parameter is transmitted to the handheld device 5 calculated in the process (h). When a request to rewrite the current setting parameter sent to the updated setting parameter by the control unit 54 of the apparatus 5 is received (g1), the sub-step (g2) is executed, and in response to the request, the first recording parameter is recorded. The parameter corresponding to the DPI sensitivity of the mouse in the current setting parameter recorded on the medium 2 is rewritten to an updated setting parameter corresponding to 1000 dpi.

  As described above, the present invention records the first recording medium 2 in accordance with the user's operation on the handheld device 5 without changing the display content of the monitor 42 that displays the program mainly executed in the electronic device 4. It is possible to read and rewrite the current setting parameters of the external input device 1 that has been set.

  Next, a second embodiment of the present invention will be described with reference to FIG.

  FIG. 3 is a block diagram showing the configuration of the second embodiment of the electronic system of the present invention. As shown, the second embodiment of the electronic system of the present invention has almost the same configuration as the first embodiment. However, in the second embodiment, the first recording medium 2 is incorporated in the external input device 1 instead of the electronic device 4. That is, in the present invention, the first recording medium 2 on which the current setting parameter corresponding to the external input device 1 is recorded does not have to be a recording medium included in the electronic device 4, and the recording incorporated in the external input device 1. The present invention can be applied even to a medium.

  In the second embodiment, a program corresponding to a request for reading or rewriting the current setting parameter from the handheld device 5 on the electronic device 4 side is stored in the external input device 1 in which the first recording medium 2 is incorporated. The corresponding driver program.

  According to the above configuration, the present invention can read and rewrite the current setting parameters of the external input device recorded on the first recording medium via the electronic device according to the user's operation on the handheld device. Because it is possible to read and rewrite the current setting parameters of the external input device by operating the handheld device without opening the control panel or driver program while constantly monitoring the program mainly executed in the electronic device at full screen Further, it is possible to increase the means for changing the setting of the external input device necessary for the operation of the electronic device, and to further improve the convenience of use of the external input device.

DESCRIPTION OF SYMBOLS 1 External input device 2 1st recording medium 31 1st connection interface 32 2nd connection interface 4 Electronic device 41 Processing means 42 Monitor 5 Handheld device 51 Display unit 52 Input unit 53 2nd recording medium 54 Control unit

Claims (10)

An external input device that receives an operation by the user and outputs input data corresponding to the operation by the user;
A first recording medium on which a current setting parameter corresponding to the external input device is recorded;
When receiving the input data from the external input device via the first connection interface connected to the external input device, the input is performed with reference to the current setting parameter recorded in the first recording medium. An electronic device that performs processing corresponding to both the data and the current setting parameters;
The current setting parameter recorded on the first recording medium is read and rewritten via the electronic device in response to a user operation by connecting to the electronic device via a second connection interface. An electronic system comprising a handheld device configured to be able to. The handheld device is:
A display unit capable of displaying information;
An input unit that can be operated by the user;
A second recording medium capable of recording parameter information;
In addition to the display unit, the input unit, and a control unit for controlling the second recording medium,
The control unit is
Outputting a request to read the current setting parameter from the first recording medium and output to the control unit to the electronic device via the second connection interface;
Recording the current setting parameters sent by the electronic device via the second connection interface on the second recording medium;
Displaying the current setting parameter recorded in the second recording medium on the display unit;
Receiving an update setting parameter based on an operation of the input unit by a user from the input unit and recording the updated setting parameter on the second recording medium;
A request to rewrite the current setting parameter recorded in the first recording medium to the updated setting parameter recorded in the second recording medium is sent to the electronic device via the second connection interface. Output,
The electronic system according to claim 1, wherein the electronic system is configured such that   The electronic system according to claim 1, wherein the first recording medium is incorporated in the electronic device.   The electronic system according to claim 1, wherein the first recording medium is incorporated in the external input device. Multiple key input setting parameters, mouse sensitivity parameters, key enable / disable setting parameters, cursor enable / disable setting parameters, mouse sample rate setting parameters, scroll wheel enable / disable setting parameters, keyboard input delay setting parameters, , Keyboard input speed setting parameter,
The electronic system according to claim 1, wherein in the group of parameters, at least one parameter is included in the current setting parameter.   The electronic system according to claim 2, wherein the input unit includes a touch panel. An external input device that receives an operation by the user and outputs input data corresponding to the operation by the user;
A first recording medium on which a current setting parameter corresponding to the external input device is recorded;
When receiving the input data from the external input device via the first connection interface connected to the external input device, the input is performed with reference to the current setting parameter recorded in the first recording medium. An electronic device that performs processing corresponding to both the data and the current setting parameters;
A program for causing an electronic system including a handheld device connected to the electronic device via a second connection interface to execute a predetermined process,
In response to the user's operation on the handheld device, the current setting parameter reading process and the rewriting process recorded on the first recording medium are transferred to the electronic device via the second connection interface. A program characterized by being executed. The handheld device is:
A display unit capable of displaying information;
An input unit that can be operated by the user;
A second recording medium capable of recording parameter information;
The display unit, the input unit, and a control unit for controlling the second recording medium,
The program is a process of outputting a request for reading the current setting parameter from the first recording medium to the electronic device via the second connection interface and outputting it to the control unit via the second connection interface. When,
A process of recording the current setting parameter sent by the electronic device via the second connection interface to the second recording medium;
A process of causing the display unit to display the current setting parameter recorded in the second recording medium;
A process of receiving an update setting parameter based on an operation by the user on the input unit from the input unit and recording it on the second recording medium;
A request to rewrite the current setting parameter recorded in the first recording medium to the updated setting parameter recorded in the second recording medium is sent to the electronic device via the second connection interface. Process to output,
9. The program according to claim 8, wherein the electronic device is caused to execute a process of reading and rewriting the current setting parameter recorded on the first recording medium by executing. An external input device that receives an operation by the user and outputs input data corresponding to the operation by the user;
A first recording medium on which a current setting parameter corresponding to the external input device is recorded;
When receiving the input data from the external input device via the first connection interface connected to the external input device, the input is performed with reference to the current setting parameter recorded in the first recording medium. An electronic device that performs processing corresponding to both the data and the current setting parameters;
A program set for causing an electronic system including a handheld device connected to the electronic device via a second connection interface to execute a predetermined process,
In response to a user's operation on the handheld device, the electronic device is requested to read or rewrite the current setting parameter recorded on the first recording medium via the second connection interface. A first program that causes the handheld device to execute a process to perform,
Reading the current setting parameter recorded on the first recording medium in response to a request for reading or rewriting the current setting parameter sent from the handheld device via the second connection interface. A program set comprising a second program for causing the electronic device to execute a process and a rewrite process. The handheld device is:
A display unit capable of displaying information;
An input unit that can be operated by the user;
A second recording medium capable of recording parameter information;
The display unit, the input unit, and a control unit for controlling the second recording medium,
The first program is:
A process of outputting a request to read the current setting parameter from the first recording medium and output to the control unit to the electronic device via the second connection interface;
A process of recording the current setting parameter sent by the electronic device via the second connection interface to the second recording medium;
A process of causing the display unit to display the current setting parameter recorded in the second recording medium;
A process of receiving an update setting parameter based on an operation by the user on the input unit from the input unit and recording it on the second recording medium;
A request to rewrite the current setting parameter recorded in the first recording medium to the updated setting parameter recorded in the second recording medium is sent to the electronic device via the second connection interface. And outputting the process to the control unit,
The second program is:
In response to a request to read the current setting parameter sent from the handheld device via the second connection interface from the first recording medium, the current setting parameter is read from the first recording medium. A process of reading and transmitting to the handheld device via the second connection interface;
A process of rewriting the current setting parameter to the updated setting parameter in response to a request to rewrite the current setting parameter sent by the handheld device via the second connection interface to the updated setting parameter;
The program set according to claim 9, wherein the electronic device is configured to execute the program.

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