JP5899573B2 - Electronic device and program - Google Patents

Description

  The present invention relates to an electronic device such as a cycle computer used in a bicycle.

  Examples of various information relating to bicycle travel include travel speed, current position display, average speed, lap measurement to the destination, crank rotation speed (cadence), and heart rate (heart rate) during travel. 2. Description of the Related Art Conventionally, a cycle computer has been proposed in which various information can be displayed on a display unit and visually observed by a bicycle user while traveling (see, for example, Patent Document 1). Further, a cycle computer having an LCD display device and a keypad for inputting data has been proposed (see Patent Document 1).

Japanese Patent Laid-Open No. 11-129964

  Such a cycle computer needs to have a housing size that can be installed on a bicycle. However, if a keypad as in Patent Document 1 is provided in a casing of such a size, each key becomes small, and there is a problem that it is difficult for a bicycle driver to operate. Also, when riding a bicycle, gloves or the like are sometimes used. In such a case, however, each key is difficult to press and another key is erroneously pressed.

  SUMMARY An advantage of some aspects of the invention is that it provides an electronic device such as a cycle computer that is easier to use.

  In order to achieve the above object, an electronic device according to the present invention is (1) an electronic device that can be attached to a bicycle, and includes a display means and a first touch input capable of detecting a touch position on the display means. Means, second touch input means that can identify whether or not it is touched, acquisition means for acquiring the running state of the bicycle, first touch input means, second touch input means, and input from the acquisition means Control means for executing predetermined processing based on the control means, the control means performing processing at the time of traveling based on the traveling state of the bicycle acquired by the acquisition means as the predetermined processing, and to the second touch input means Based on the touch, the processing at the time of traveling based on the traveling state is controlled, while the processing processing at the time of traveling is set based on the touch on the first touch input means.

  If it does in this way, control of the process at the time of driving will be performed based on the touch to the 2nd touch input means only by touching the 2nd touch input means. Therefore, in comparison with the configuration in which the first touch input unit controls the processing during traveling, an operation of confirming the touch position on the display unit and touching the corresponding position becomes unnecessary. Control of processing during traveling can be performed without requiring an operation of gazing at the display means while traveling. On the other hand, it is possible to perform processing setting processing during travel based on the touch on the first touch input means.

  Such a setting is performed in advance prior to traveling, for example, when the vehicle is not traveling. In such a case, for example, a button displayed on the display means such as a touch panel can be touched to facilitate detailed setting.

  Thus, by providing the first touch input means that can detect the touch position on the display means and the second touch input means that can identify whether or not the touch has been made, for example, control of processing at the time of traveling It is possible to easily perform both the process setting process during traveling when not traveling. Therefore, it is possible to provide an electronic device such as a cycle computer that is easier to use.

(2) The process at the time of running that is set based on the touch on the first touch input means is the process at the time of running based on the running state that is controlled based on the touch on the second touch input means. Good.

  For example, the processing at the time of setting processing based on the touch on the first touch input means is not related to the processing at the time of driving based on the driving state controlled based on the touch to the second touch input means. It is good also about the process at the time of driving.

  However, according to the above, the processing at the time of traveling is performed with the setting set in advance based on the touch on the first touch input means, and the processing at the time of traveling is performed by touching the second touch input means. Can be controlled based on For example, when a log recording process is performed as a process at the time of traveling, which item is recorded as a log is set in advance by the first touch input unit, and when a touch of the second touch input unit is detected, It is preferable to control the start of log recording. In particular, the following is recommended.

(3) The process at the time of running may be a process for recording the running state of the bicycle acquired by the acquisition means, and the control of the process at the time of running may be a control for starting or ending the recording process. . In this way, it is possible to easily input instructions for starting and ending recording of the traveling state of the bicycle during traveling without looking at the display on the display means.

(4) The process at the time of traveling is a recording process of a predetermined range of the traveling state of the bicycle acquired by the acquiring means, and the control of the process at the time of traveling is a control for determining the range. good. In this way, in the recording process of the predetermined range of the traveling state of the bicycle at the time of traveling, an instruction to confirm the range can be easily input by touching the second touch input unit without looking at the display unit. . For example, the recording process for a predetermined range is a lap recording process, and a lap recording range finalizing instruction may be input as the range finalizing control.

(5) The process at the time of travel may be a display process based on the position of the bicycle acquired by the acquisition means, and the control of the process at the time of travel may be a switching control of the display process. In this way, it is possible to easily switch the display process during traveling by touching the second touch input unit without looking at the display unit.

(6) The display process includes a map display process including the position of the bicycle and a cycle computer process based on the position of the bicycle, and the switching control of the display process is performed between the map display process and the cycle computer process. A configuration that is switching control is preferable. If it does in this way, a display process can be switched to a map display process and a cycle computer process at the time of driving | running | working, without seeing a display means by the touch to a 2nd touch input means.

(7) The second touch input means is arranged at a plurality of different positions, and a process at the time of running based on the running state based on a touch to the second touch input means provided on the side closer to the bicycle driver. On the other hand, the display unit may be configured to display a screen for performing the setting process based on a touch on the second touch input unit provided on the far side.

  In this way, for example, when the driver is driving, if the user touches the second touch input means provided on the side close to the driver, the driver can control the processing during the driving based on the driving state based on the touch. Can do. Further, for example, at the time of setting prior to traveling, a screen for performing setting processing can be displayed on the display means by touching the second touch input means provided on the side farther from the self. Therefore, while traveling, it is possible to control the processing during traveling by touching the second touch input means closer to the self, while the second touch input means far from the self is erroneously It is possible to prevent erroneous operations such as touching and displaying the setting screen.

(8) The second touch input means on the near side and the second touch input means on the far side are arranged at positions sandwiching the display means, and the second touch input means on the near side is the display Preferably, the second touch input means on the far side is arranged at a position farther from the driver than the display means. In this way, the driver can control the processing at the time of driving by touching the second touch input means on the side close to himself / herself with the display means interposed therebetween, and the driver himself / herself with the display means interposed therebetween. A screen for performing setting processing can be displayed on the display unit by touching the second touch input unit on the far side. Therefore, since the second touch input means to be operated at the time of traveling and the second touch input means to be operated at the time of the setting process are clearly separated with the display means interposed therebetween, an electronic device such as a cycle computer that is easier to use. Equipment etc. can be provided.

(9) The second touch input means is arranged at four different positions and is provided at the upper left, upper right, lower left, and lower right of the display means outside the display means with the display means interposed therebetween. good. In this way, the position is clearly separated from the top and bottom, right and left, and the driver is prevented from being confused about which function is assigned to which second touch input means compared to the conventional case. Can do. Further, coupled with the effect of the configuration (8), it is possible to prevent the driver from being confused about which function is assigned to which second touch input means during traveling and during setting.

(10) The control means includes a customization setting function for displaying a predetermined display item based on the traveling state acquired by the acquisition means during traveling of the bicycle and customizing and setting the display item. In this way, an intuitive operation can be realized based on the position of the touch input, and multiple customizations displayed on the display means can be realized. This can be realized by touching a button and its button position on the touch panel. On the other hand, the display based on the customization setting may be performed during traveling and the display may be controlled by the second touch input unit. For example, when a plurality of screens are created based on customization settings based on a touch on the first touch input means, and a touch on the second touch input means is detected, control is performed to switch between the created screens. Good.

(11) The second touch input unit includes a screen for performing a setting process of the running process, and the control unit detects a touch on the second touch input unit. In this case, it is preferable that a screen for performing a setting process for a process at the time of traveling is displayed based on a touch on the first touch input unit. If it does in this way, the setting process of the process at the time of driving | running | working can be performed based on the touch to a 1st touch input means by the touch to a 2nd touch input means. Therefore, for example, when a display by a process other than the setting process is being performed, the setting screen can be easily called by touching the second touch input means, and should be set while running or stopped. When necessary, the setting can be easily changed.

(12) It may be configured as a program for causing a computer to realize the function of the electronic device according to any one of (1) to (11).

  According to the present invention, it is possible to provide an electronic device such as a cycle computer that is easier to use.

It is a figure which shows the external appearance structure etc. of the electronic device which is one suitable embodiment of this invention. It is a block diagram which shows the electrical schematic structure of this electronic device. It is a figure explaining the attachment method to the bicycle of this electronic device. It is a figure which shows the example of the supply method of the power supply to this electronic device. It is a figure shown about the power-on method, a battery remaining charge display, its display, and attachment of a memory card. It is a figure which shows the example of a display of a shortcut menu screen. It is a figure which shows the example of a display of a meter screen and a map screen. It is a figure which shows the display of a main menu, and its description. It is a figure which shows the example of a display of the screen of mode selection. It is a figure which shows the example of a display of a numerical value input screen. It is a figure which shows a hiragana input screen, a katakana input screen, an alphabet input screen, and its description. It is a figure which shows the example of a display of the screen of a personal profile setting. It is a figure which shows the example of a display of the screen of a bike profile setting. It is a figure which shows the example of a display of the screen of the setting of a training zone. It is a figure which shows the example of a display of the screen of the setting of a training zone. It is a figure which shows the example of a display of a meter screen. It is a figure which shows the example of a display of the meter screen which can be set. It is a figure which shows the example of a display of the setting screen of meter layout. It is a figure which shows the example of a display of the setting screen of meter layout. It is a figure which shows the example of a display of the setting screen of meter layout. It is a figure which shows the item which can be set as a meter and a graph, and its content. It is a figure which shows the example of a display in the case of log recording. It is a figure which shows the example of a continuation in the case of log recording. It is a figure which shows the example of a display of the screen displayed in the case of log | history management processing. It is a figure which shows the example of a display of the screen displayed in the case of log | history management processing. It is a figure which shows the example of a display of the screen displayed in the case of log | history management processing. It is a figure which shows the example of a display of the screen displayed in the case of log | history management processing. It is a figure which shows the example of a display of the screen displayed in the case of log | history management processing. It is a figure which shows the example of a display of the screen displayed in the case of log | history management processing. It is a figure which shows the example of a display of the screen displayed in the case of log | history management processing. It is a figure which shows the example of a display of the screen displayed in the case of log | history management processing. It is a figure which shows the example of a display of the screen displayed in the case of log | history management processing. It is a figure which shows the example of a display of the screen displayed in the case of log | history management processing. It is a figure which shows the example of a display of the screen displayed in the case of log | history management processing. It is a figure which shows the example of a display of the screen displayed in the case of log | history management processing. It is a figure which shows the example of a display of the screen displayed in the case of log | history management processing. It is a figure which shows the example of a display of the screen displayed when setting a workout. It is a figure which shows the example of a display of the screen displayed when setting a workout. It is a figure which shows the example of a display of the screen displayed when setting a workout. It is a figure which shows the example of a display of the screen displayed when setting a workout. It is a figure which shows the example of a display of the screen displayed when setting a workout. It is a figure which shows the example of a display of the screen displayed when setting a workout. It is a figure which shows the example of a display of the screen displayed when setting a workout. It is a figure which shows the example of a display of the screen displayed in the case of the setting of an alert. It is a figure for demonstrating the touch to each area | region of a touchscreen at the time of meter screen display.

  1 and 2 show examples of the configuration of a cycle computer which is an electronic device suitable as the electronic device of the present invention. FIG. 1 is a front view of a main body, a rear view of the main body, and an enlarged perspective view of a terminal portion in order from the top. This electronic apparatus has a configuration having an electronic circuit shown in FIG. 2 inside a case body 1 having a substantially rectangular parallelepiped structure having a waterproof structure. As shown in the front view of the main body of FIG. 1, a GPS receiver 8 is provided inside the case main body 1. In addition, the electronic device includes a display unit 5, a touch panel 6 a as an input unit 6 provided on the display unit 5 in a stacked manner, and buttons 6 b and 6 c that are touch switches as the input unit 6. , 6d, 6e. The display unit 5 is provided at a substantially central portion of the front surface of the main body having a substantially rectangular shape in plan view. The display unit 5 is a transflective 2.4 inch full color dot matrix liquid crystal display. Since the display unit 5 has a backlight, display contents can be visually recognized even in a dark situation such as at night. Further, since it is a transflective liquid crystal, display contents can be visually recognized by reflected light even in a place exposed to sunlight. As shown in FIG. 1, a menu button 6b is provided on the right side and a map / meter switching button 6c is provided on the left side at the top of the display unit 5 in the vertical state. Further, at the bottom of the display unit 5, a start / stop button 6d is provided on the right side, and a lap / reset button 6e is provided on the left side. The buttons 6b to 6e are substantially square buttons. The left side of the map / meter switching button 6c on the left side, the left side of the lap / reset button 6e, and the left side of the display unit 5 are arranged at substantially the same position in the horizontal direction. Further, the right side of the menu button 6b on the right side, the right side of the start / stop button 6d, and the right side of the display unit 5 are arranged so as to be substantially at the same position in the horizontal direction. By arranging in this way, in the left-right direction, the maximum width of the case body 1 can be determined on the basis of the positions in the respective horizontal directions, and the buttons can be set apart from each other in the left-right direction. Further, since the buttons 6b to 6e are arranged in the vicinity of the display unit 5, it is easy to understand that they relate to screen operations. Further, since icons having different graphics as shown in FIG. 1A are printed on the buttons 6b to 6e, it is possible to easily grasp which button corresponds to which function. The buttons 6b to 6e may be, for example, capacitive touch switches or resistive touch switches. A contact-type key switch may be used. However, the surfaces of the buttons 6b to 6e may be configured to be flush with the surface of the case body 1.

  As shown in the rear view of the main body of FIG. 1, a mounting shaft portion 1 a is provided on the rear surface of the case main body 1 at a substantially central portion of the rear surface of the main body that is substantially rectangular in plan view. As shown in FIG. 2 (a), a rubber pad 93 is wound around one of the handlebars 101 or the stem 101 of the bicycle, and a mount base made of a rubber material having a bottom surface shaped like the outer periphery of the bar. 92 is mounted, the mount 91 is mounted on the mount base 92, a binding band is passed through a hole provided in the wall surface of the mount base, and these are bound to the handlebar as shown in FIG. Attached to. As shown in the rear view of the main body of FIG. 1, the mounting shaft portion 1 a includes a protruding portion that protrudes from the back surface of the other main body and a cross portion provided at the tip of the protruding portion. The protrusion is, for example, substantially cylindrical. The cross portion includes four locking claws. The locking claw portion extends in the cross direction on the tip surface of the protrusion. On the other hand, as shown in FIGS. 3A and 3B, the mount 91 includes a bottomed hole portion 91a. Four locked portions are provided in the hole portion 91a. The locked portions protrude from the inner periphery of the hole portion inward in the radial direction, and are provided at positions shifted by 90 ° when the hole portion is viewed from the axial direction. By inserting and rotating the mounting shaft portion 1a into the hole portion 91a of the mount, the locking claw portions are respectively locked to the locked portions. Therefore, the case body 1 is attached to the mount 91. When the attachment shaft portion 1a is rotated 90 ° from this state, the locking claw portion is locked to any of the locked portions. Therefore, the mounting direction of the case body can be rotated by 90 ° with respect to the bar 101 without removing the mount from the bar or dashboard, and mounting in the vertical position and the horizontal position is possible. In addition, about this attachment structure, you may comprise by other well-known structures, for example.

  In addition, a terminal cover 1b made of a rubber material is provided at the lower end of the case body 1 so as to be freely opened and closed. When the terminal cover 1b is opened, a miniUSB terminal 21 provided on the body case 1 and a memory card 13 to be described later are provided. The microSD card mounting part 13a is exposed. When the terminal cover 1b is closed, these are sealed so that the waterproof performance of IPX7 is obtained. As shown in FIGS. 4B and 4C, the miniUSB terminal 21 is connected to a miniUSB plug 91 that is an output terminal of an AC adapter 90 connected to an outlet, and is supplied with power. In addition, an adapter connected to the miniUSB terminal 21 is also provided from a cigar socket plug (not shown) of the vehicle. The case body 1 includes a battery, and a charging circuit that charges the battery based on the power supplied to the miniUSB terminal 21. Power is supplied from the battery to each unit in FIG. Therefore, when the electronic device is installed on a bicycle or the like, the electronic device can operate based on the electric power charged in the battery.

  A power button 6f as an input unit 6 is provided on the upper right side as viewed from the back side of the case body 1, and the control unit 18 is in a power-off state for 2 seconds or longer as shown in FIG. When the pressing is detected, control is performed to supply the power supplied from the battery or the miniUSB terminal 21 to each unit in FIG. When the power is turned on, a meter screen described later is displayed. Hereinafter, the content described using the screen displayed on the display unit 5 is a process of drawing on the display unit 5 by the process of the control unit 18. On the display unit 5, the battery remaining amount detected by the control unit 18 can be displayed as an icon on the display unit 5 in any one of the five patterns shown in FIG.

  A flashlight 22 is provided on the left side of the upper side as viewed from the back side of the case body 1. In addition, a speaker 20 is provided inside the lower side of the left side as viewed from the back side of the case body 1. In addition, a memory card reader 13 capable of reading and writing the microSD card is provided, and the data stored in the memory card 14 which is a microSD card mounted on the memory card reader 13 as shown in FIG. 19 and the memory contents of the control unit 18 can be written to the memory card 14. More specifically, when the data stored in the memory card 14 includes update information such as new target information (position information including longitude and latitude, type information, etc.), the update information is sent to the control unit 18. Is stored (downloaded) in the database 19 built in the electronic apparatus, and the data in the database 19 is updated. The function of the memory card reader 13 may be configured to be built in the main body case 1.

  The database 19 is a non-volatile memory (for example, EEPROM) externally attached to the microcomputer of the control unit 18. Information about a certain target is registered in the database 19 at the time of shipment, and data and the like about the target added after that can be updated as described above. Data update can also be performed from a personal computer connected via the MiniUSB terminal 21.

  The case body 1 further includes an atmospheric pressure sensor 15, a triaxial acceleration sensor 16, a triaxial gyro sensor 17, a geomagnetic sensor 23, and a wireless communication device 7. The wireless communication device 7 is a communication device that performs wireless transmission and reception of data with the wireless communication device 12. Specifically, it is a communication module of the ANT + standard, and wireless communication such as a speed sensor that detects the rotation of a wheel that conforms to the ANT + standard, a cadence sensor that detects the rotation of the pedal, and a heart rate sensor that detects the heartbeat of the driver. Communicate with the device 12. The control unit 18 has a function of displaying information obtained from these sensors via the wireless communication device 7 on a meter screen or the like.

  The control unit 18 is a microcomputer that includes a CPU, ROM, RAM, nonvolatile memory, I / O, and the like. The above-described units are connected as shown in FIG. 2 and input from the above-described various input devices. Predetermined processing is executed based on the information, and predetermined information is output using the various output devices described above. The functions in the electronic device of the present embodiment are realized by being stored in the EEPROM of the control unit 18 as a program executed by the computer included in the control unit 18 and executed by the computer included in the control unit 18.

  If a short press that is a press of the power button 6f for less than 2 seconds is detected, the control unit 18 displays a shortcut menu screen shown in the upper left of FIG. The shortcut menu screen includes a brightness adjustment unit in the upper part, a flash light setting part in the middle part, and a lock setting part in the lower part. The luminance adjustment unit is a luminance display unit that indicates which luminance of the display unit 5 is currently settable from any of 10 levels, a lower left luminance decrease button, a lower right luminance increase button, It consists of a string of “brightness” displayed between both buttons. The luminance display unit indicates the luminance by inverting and displaying the number of rectangular frames corresponding to the current luminance setting value from the left end. When the touch of the brightness reduction button is detected, the brightness is lowered by one level. As a result, the number of rectangular frames displayed in reverse is reduced by one. When the touch of the brightness increase button is detected, the brightness is increased by one level. As a result, the number of rectangular frames displayed in reverse is increased by one. The flashlight setting unit includes a character string “flashlight” and a flashlight setting button provided on the right side thereof. The flashlight setting button displays on the button whether the current state of the flashlight 22 is on or off. When the touch of the flashlight setting button is detected, it is turned off when the current state of the current flashlight 22 is on, and turned on when it is off. The flashlight 22 is turned on when this setting is on, and turned off when it is off. The lock setting unit includes a lock button. “Lock” is displayed on the lock button, and when the touch of the lock button is detected, the lock button display on the shortcut menu screen is set to “unlock” as shown in the upper right part of FIG. change. In this state, processing for ignoring the operation of the input unit 5 other than the touch of the lock button is performed. As a result, screen operation can be prohibited. In this state, when the touch of the lock button displayed as “unlock” is detected, the display of the shortcut menu screen is returned to the upper left display of FIG. 6 to return to the state of accepting the operation of the input unit 5. .

  Functions realized by the computer by the program of the control unit 18 include a meter screen display function, a map screen display function, and a travel history display function.

  FIG. 7A shows an example of a meter screen displayed by the meter screen display function. In this example of the meter screen, the vertical direction is divided into 6 parts, and from the top to the 4th stage, individual meter display areas are provided all the way to the left and right of the display unit 5, while the lower 2 stages are arranged in the horizontal direction of the display unit 5. There are four areas divided into two at the center. In this meter screen example, the distance traveled from the time display unit received by the GPS receiver 8, the number of wheel rotations received from the speed sensor, and the preset wheel circumference is displayed in order from top to bottom. A distance display unit for displaying, a speed display unit for obtaining and displaying a travel distance per time, an average speed display unit for obtaining and displaying an average speed from the travel distance and time from the start of travel, and an atmospheric pressure obtained from the atmospheric pressure sensor 15 An atmospheric pressure display unit and a gradient display unit that obtains and displays a gradient based on the direction of gravitational acceleration acquired by the acceleration sensor 16 are provided. On the right side of the atmospheric pressure display unit, an altitude display unit obtained by the GPS receiver 8 is provided. On the right side of the gradient display section, a calorie consumption display section determined from the distance traveled so far is provided. It is possible to set which meter is displayed at which position and how on the setting screen.

  On the other hand, FIG. 7B is an example of a map screen displayed by the map screen display function. As shown in FIG. 7B, the map screen has an information display unit 52 including a speed display unit 52a and a time display unit 52b on the map display unit 51, and a double circle indicating the current position on the map. , A map scale change button display unit 54 including a map enlargement input unit 54a and a reduction input unit 54b, and a scale display unit 55 indicating the map scale. The speed display unit 52 a is provided on the left side of the upper part of the screen, and acquires and displays the current speed calculated by the GPS receiver 8. The time display unit 52b is provided on the right side of the upper part of the screen, and acquires and displays the current time received by the GPS receiver 8. The current location icon is displayed so as to be always displayed at a position slightly below the center of the screen, and a map around the current location displayed on the map display unit 51 is scroll-displayed as the current location moves. The map enlargement input unit 54a is provided on the left side of the lower part of the screen, and reduces the scale of the map when a touch in this area is detected. The map reduction input unit 54b is provided on the right side at the bottom of the screen, and increases the scale of the map when a touch in this area is detected. The scale of the map can be changed from 10m to 200km in 14 steps. The scale display unit 55 is provided between the map enlargement input unit 54a and the map reduction input unit 54b, and displays the scale of the currently displayed map. Thus, by providing the map enlargement input unit 54a and the map reduction input unit 54b near the left and right ends, and by providing the scale display unit 55 in the space between them, it is possible to prevent an enlargement / reduction push error, and It is possible to easily recognize that the enlargement input unit 54a and the map reduction input unit 54b are buttons for changing the scale, and it is possible to see in which direction the current scale should be changed. It is easy to give instructions.

  The control unit 18 performs a process of displaying an icon in a strip-shaped icon display unit provided in the left-right direction above the display unit 5 in any screen. In addition, although description of the icon display part is abbreviate | omitted in each following figure, the icon display part is actually provided in the upper part of all the screens. This icon display part is displayed as shown in the upper part of FIG. In FIG. 8, circles 1 to 7 are given for convenience of explanation, and these numbers are not displayed on the screen of the display unit 5, and the portion inside the rectangular frame below these numbers is the part displayed on the screen. is there. The left circle 1 is an icon displayed during recording of log data. The log is also referred to as a history, and data received from each unit shown in FIG. 2 is recorded in the memory at a set log recording interval. If the log data is stored in the database 19 after recording, this icon is deleted. A circle 1 is an icon displayed during the lock. A circle 3 icon indicates the current operation mode. There are three types of operation modes: walking, running, and motorcycle. A circle 4 is displayed when the current position can be measured by the GPS receiver 8. A circle 5 icon displays the current remaining amount and charge state of the battery (lithium ion battery) in any of the designs shown in FIG. 5B. A circle 6 icon indicates that an alarm is set. A circle 7 displays the time received from the GPS receiver 8.

  When the touch on the menu button 6b is detected, the main menu shown in FIG. The main menu has buttons in three rows up and down and two columns on the left and right. A data management button, training button, and mode button are provided in order from the top as the left column. A map menu button, meter menu button, and setting button are provided in order from the top as the right column.

  When the touch of the mode button is detected as shown in FIG. 9A in the main menu shown in FIG. 8, a mode selection screen as shown in FIG. 9B is displayed. In addition, although the image which imitated the hand is described in the figure below, this image is not displayed on the display part 5, for example, shows that the user should touch the fingertip part of this hand image. Is. Actually, a portion (button portion) surrounded by a substantially rectangular shape around the fingertip is a touchable range. The mode selection screen includes mode buttons of “walking”, “running”, “bike 1”, “bike 2”, and “bike 3” in order from top to bottom. If the touch of any mode button is detected, the mode is set. In each mode, the displayed items and screen contents are basically the same, but the calorie consumption is calculated by a known method according to the selected mode. As will be described later, display items such as speed, distance, and elapsed time can be set for each operation mode, and the travel distance, route, time, and calorie consumption can be recorded for each operation mode and can be confirmed as a history. In addition, a log recording interval can be set for each operation mode. Note that the mode cannot be changed during log data recording or before saving. In this case, as shown in FIG. 9C, the mode can be changed because there is a history that is not saved. No. Do you want to save the history and change mode? "A confirmation dialog with a string of" Yes "and" No "is displayed. When the touch of the “Yes” button is detected, the log data on the memory is saved in the database 19 and the mode is changed. If the touch of the “No” button is detected, the screen returns to the previous screen without changing the mode.

  In the following screens, time and numerical values may be input. In this case, the numerical value input screen shown in FIG. 10 is displayed. The numeric input screen has a title display section at the top, and a return button for returning to the previous screen on the left side of the top. Under the title display section, an input character display section and an enter button are provided. The input character display section is a section for displaying the input characters. The enter button is a button for determining a character displayed on the input character display unit and inputting it to the input unit on the previous screen. Below that, there are number buttons for inputting numbers 0 to 9, a hiragana switching button for switching to the hiragana input screen shown in the left side of FIG. 11, a hyphen button for inputting a hyphen, a left cursor movement button, and a right cursor movement. There are input buttons such as a button, a single character deletion button for deleting the last input numerical value, and an all deletion button for canceling the input numerical value to zero. Similarly, as shown in the left figure of FIG. 11, the hiragana input screen is provided with a hiragana button. The hiragana button displays the letters “dan” of 50 tones. For example, when a single touch of the hiragana button “a” is detected, “a” is selected. When a touch is detected twice, “a” is selected. When a touch is detected five times. Can input characters at each level, such as “O”, when it is touched six times, and then “A”. The hiragana input screen is provided with a lowercase character input screen, and when a press of a lowercase button is detected immediately after a character having lowercase characters is input, the character is changed to a lowercase character. Further, the hiragana input screen is provided with a katakana switching button at a position that was a hiragana switching button on the numerical value input screen, and when pressing of the katakana switching button is detected, the katakana input screen in the middle of FIG. 11 is displayed. The katakana input screen can input katakana with the same configuration as the hiragana input screen. In the Katakana input, an English character switching button is provided at the position that was the Katakana switching button on the hiragana input screen, and when the pressing of the English character switching button is detected, the alphabet input screen on the right side of FIG. 11 is displayed. The alphabet input screen is a screen on which alphabets can be input with the same configuration as the hiragana input screen. The alphabet input screen is provided with a number switching button at a position that was an English character switching button on the katakana input screen, and when the pressing of the number switching button is detected, the numerical input screen of FIG. 10 is displayed. As described above, numbers, hiragana, katakana, and alphabets can be input. In addition, switching of input screens of numbers, hiragana, katakana, and alphabet can be performed with a switching button provided at the same place in each screen. Moreover, since this switching button is provided at an end portion such as the right end portion of the display unit 5, the character type can be easily switched even in a gloved state. Characters can be input to an input section on each screen by a character input screen such as a numerical value input screen, a hiragana input screen, a katakana input screen, or an alphabet input screen.

This electronic device has a function of registering personal data and managing the data for each individual. Personal data registration is performed as follows.
When the touch of the setting button is detected in the main menu of FIG. 8, the setting submenu of FIG. 12A is displayed. The setting submenu includes a title display section in the upper part, a content display part in the middle part, and a screen transition part in the lower part. The setting submenu is a screen for selecting which process to perform from three items of profile, initialization, and system information. The setting submenu includes a profile button, an initialization button, and a system information button in order from top to bottom on the button display unit, and a button for returning to the left side of the screen transition unit. If touch of the return button is detected, the process returns to the main menu. When the touch of the profile button is detected in a state where this screen is displayed, the profile setting target selection screen shown in FIG. 12B is displayed. Hereinafter, in the drawings, the figure without the title display unit and the screen transition unit shows only the content display unit, and actually includes the title display unit and the screen transition unit. The profile setting target selection screen includes an individual button, a motorcycle 1 button, a motorcycle 2 button, and a motorcycle 3 button in order from the top. When the touch of the personal button is detected, the personal profile setting screen shown in FIG. 12C is displayed. The personal profile setting screen displays a gender input button in the upper left, an age input button in the upper right, a height input button in the lower left, and a weight input button in the lower right. When a touch on the gender input button is detected, a screen with “male” and “female” buttons not shown is displayed, and the touched one is displayed on the gender input button as the selected gender. fix. When any one of the age input button, the height input button, and the weight input button is touched, a numerical value input screen is displayed and the input numerical value is displayed again on the button. When the touch of the back button is detected, the input content at that time is determined and stored in the database 19 as a personal profile.

    The electronic device can register up to three profiles related to the bicycle to which the electronic device is attached. This is called bike data registration. Registration of bike data is performed as follows. Hereinafter, an example in which a profile of “bike 1”, which is the first bicycle, is set will be described.

  When the touch of the setting button is detected in the main menu of FIG. 8, the setting submenu of FIG. 12A is displayed. When the touch of the profile button is detected in the setting submenu, the profile setting target selection screen shown in FIG. 12B is displayed. As shown in FIG. 13A, when a touch of the motorcycle 1 button is detected on this screen, a motorcycle profile setting screen as shown in FIG. 13B is displayed. The bike profile setting screen has input buttons for name, weight, and tire circumference in order from top to bottom, and when each button is touched, a text input screen is displayed and each button displays the contents of the entered characters. Redisplay the upper character on the button. In the state where the tire circumference has been input, as shown in FIG. 13C, an integrated travel distance display unit and an integrated travel distance reset button are displayed on the right side thereof. The total travel distance display unit obtains the total travel distance since the electronic device was first attached to the bicycle as the total travel distance of the GPS receiver 8 per second, and stores it in the database 19 as the total travel distance. In addition, this is a part for displaying the stored accumulated travel distance. When the touch of the total travel distance reset button is detected, the total travel distance stored in the database 19 is reset to zero. When reset to 0, the cumulative travel distance reset button is changed to the cumulative travel distance manual input button as shown in FIG. When the touch of the total travel distance manual input button is detected, the numerical input screen is displayed and the total travel distance can be manually input. When the touch of the back button is detected, the input content at that time is determined and stored in the database 19 as the bike 1 profile. Although the example of the motorcycle 1 has been described above, in the case of the motorcycle 2 and the motorcycle 3 as well, processing for setting the same by touching the motorcycle 2 or the motorcycle 3 on the profile setting target selection screen is performed.

  Next, setting of speed zones (upper limit value and lower limit value) used in training will be described. When the touch of the training button is detected as shown in FIG. 14A in the main menu of FIG. 8, a training menu as shown in FIG. 14B is displayed. The training menu includes an alert button, a zone button, and a workout button in order from top to bottom. When the touch of the zone button is detected, a zone setting target selection screen shown in FIG. 14C is displayed. The zone setting target selection screen includes a speed button, a cadence button, and a heart rate button from the top toward the bottom. Here, an example in which the speed button is touched will be described. When the touch of the speed button is detected, a zone input screen as shown in FIG. 15A is displayed. The zone input screen is provided with five zone input sections in order from the top as shown in “1” to “5” in FIG. 13A, and a warning light ( A warning lamp display on / off setting button for setting whether or not to turn on the flashlight 22 is provided. The zone input unit is one of numbers “1” to “5” for identifying which of the five zone input units, a lower limit input button on the right side, an upper limit input button on the right side, It is between the lower limit input button and the upper limit input button, and is provided with a display of “˜” indicating the range between the lower limit input button and the upper limit input button. For example, as shown in FIG. 15A, when pressing of the lower limit input button of zone 1 is detected, a numerical value input screen is displayed, and the numerical value on the button is displayed on the numerical value input on the numerical value input screen. I will do it again. The same applies to the processing of the lower limit input button. When the touch of the return button is detected, the input content at that time is determined and stored in the database 19 as a training speed zone. Although the example of the speed zone has been described above, the same setting process is performed for cadence and heart rate. Note that it is not always necessary to set all the zones, and they may be set as necessary. When the graph is displayed on the meter screen as shown in FIG. 16A, the set numerical value is drawn by a broken line in the graph. In addition, when a numerical value is displayed on the meter screen as shown in FIG. 16B, an icon indicates which zone the current numerical value is.

  Next, the display setting of the meter screen will be described. The touch of the map / meter switching button 6c is touched to switch to the meter screen as shown in FIG. A meter layout as shown in FIG. 17 is prepared for this electronic apparatus, and a maximum of four pages can be selected from these. As shown in FIG. 17, the meter layout can be set to a layout such as 2-division, 3-division, 4-division, 6-division, 8-division, graph, self-trainer, and workout.

  The meter layout setting is started when a touch on the meter menu is detected in the main menu of FIG. 8 as shown in FIG. When a touch on the meter menu is detected, a page number setting screen shown in FIG. 18B is displayed. The page number setting screen includes a page number setting unit, a detailed setting unit, and an automatic page feed setting unit in order from the top. The page number setting unit includes a page number input button. The detail setting unit includes four detail setting buttons for four pages, page 1, page 2, page 3, and page 4. The detailed setting buttons can be set in detail for the number of pages set by the page number setting button, and the detailed setting buttons for pages exceeding the page number set by the page number setting button are displayed in gray and touch is detected. However, detailed settings are not possible. The automatic page feed setting unit is a button for setting whether or not to automatically send (change) pages of the number of pages set by the page number setting button every predetermined time.

  For example, when the number of pages is set to 1 as shown in FIG. 18B, the detailed setting buttons of page 1 are normally displayed as selectable, and the three detailed setting buttons of page 2 to page 4 are grayed out as selectable. indicate. As shown in FIG. 18C, when the touch of the detailed setting button on page 1 is detected, a meter display detailed setting screen is displayed as shown in FIG. The meter display detail setting screen includes a display content setting unit, an item number setting unit, and a display item setting unit in order from top to bottom. As illustrated in FIG. 16, the display content setting unit includes a display content selection button for selecting and setting which of “meter” and “graph” is displayed as a meter screen. When the display content selection button is touched, “meter” and “graph” buttons (not shown) are displayed to accept any selection, and the selected content is displayed on the display content selection button. FIG. 19A shows a state in which the meter is selected. Next, the number of items is selected as shown in FIG. The item number setting unit has an item number input button. When a touch of the item number input button is detected, a numerical value input screen is displayed, and the numerical value input in the range of 1 to 8 is displayed on the item number input button. To display. On the right side of the item number input button, an item setting button (a button displaying “>>”) is provided. When the touch of this button is detected, as shown in FIG. 19C, a display item layout setting screen for setting which item is to be displayed at which division position in the actual division screen is displayed. In the example of FIG. 19B, since “6” is selected as the number of items, a display item layout setting screen in which the vertical direction is divided into six parts is displayed as shown in FIG. Which item is currently set is displayed on the right side, and a change button is provided on the left side. When the touch of the change button is detected, an item selection screen shown in FIG. 20A for selecting an item to be displayed at the division position having the change button is displayed.

  When a meter is selected as the display content, as shown in FIG. 21 (a), time, lap time, previous Lp (hereinafter Lp indicates lap), stop time, travel time, distance, lap distance, previous Lap distance, speed, average speed, maximum speed, average lap speed, maximum lap speed, previous Lp average speed, previous Lp maximum speed, number of laps, altitude, barometric pressure, heading, gradient, calories burned, Lp calories burned, previous Lp The selection items of calorie, cumulative altitude (+), cumulative altitude (−), destination direction, date, and time are displayed and selected from any of them. When a graph is selected as the display content, selection items of speed / time, speed / distance, altitude / time, altitude / distance are displayed as shown in FIG. .

  The time is displayed in the format of “hours: minutes: seconds” after the start. The lap time displays the elapsed time of the current lap in the format of “hour: minute: second”. The previous Lp time displays the elapsed time of the previous lap in the format of “hour: minute: second”. The stop time indicates the time of stop after the start in the format of “hour: minute: second”. The running time indicates the elapsed time after the start in the format of “hour: minute: second”. The distance indicates the distance traveled after the start in the form of m or km. The lap distance indicates the current lap travel distance in m or km format. The previous lap distance displays the travel distance of the previous lap in m or km format. The speed indicates the current traveling speed in a km / h format. The average speed displays the average speed after the start in the km / h format. The maximum speed indicates the maximum speed after the start in the km / h format. Lap displays the average speed of the current average lap in the km / h format. The maximum lap speed displays the current maximum lap speed in km / h format. The previous Lp average speed displays the average speed of the previous lap in the km / h format. Previous Lp Maximum Speed The maximum speed of the previous lap is displayed in km / h format. The lap number displays the current lap number. The altitude indicates the altitude in the form of m. The atmospheric pressure displays the current atmospheric pressure in the form of hpa. The heading direction displays the heading direction in the degree format. The slope displays the slope of the slope in% format. The calorie consumption indicates the calorie consumption after the start in the kcal format. The Lp calorie consumption indicates the current calorie consumption of the lap in the kcal format. The previous Lp calorie indicates the calorie consumption of the previous lap in the kcal format. Cumulative altitude (+) displays the cumulative ascending altitude after the start in the form of m. The cumulative altitude (-) displays the cumulative descending altitude after the start in the form of m. The destination direction displays the direction of the destination with an arrow. The date displays the current date in the year / month / day format. For the time, the current time is displayed in the form of “hour: minute”. The speed / time of the graph displays a graph showing changes due to the speed and the running time. The speed / distance of the graph displays a graph showing changes due to the speed and distance. The altitude / time displays a graph showing changes due to altitude and travel time. The altitude / distance displays a graph showing changes due to altitude and distance. When the touch of the return button is detected, the input contents at that time are determined and stored in the database 19 as a screen layout. Although an example of the setting has been described with reference to the drawings, other settings are also performed by the same process.

  Next, the log recording function and its processing will be described. When the touch of the start / stop button 6d is detected on the meter screen or the map screen, the log recording is started, and the touch of the start / stop button 6d is started on the meter screen or the map screen while the log recording is started. When detected, log recording is paused. FIG. 22 is a display example on the display unit 5 when these operations are performed on the map screen. When the touch of the start / stop button 6d is detected while the map screen shown in FIG. 22A is displayed, a log recording start dialog for starting log recording and displaying the characters “START” Is displayed in the center of the screen for 5 seconds, and the log recording start dialog is cleared. When the touch of the start / stop button 6d is detected in this state, log recording is paused, and a log recording pause dialog for displaying “STOP” is displayed in the center of the screen. When the touch of the lap / reset button 6e is detected while the log recording pause dialog is displayed on the screen, a character string “Are you sure you want to save the history?” As shown in FIG. A history confirmation dialog with buttons “Yes” and “No” is displayed in the center of the non-screen. When a touch to the “Yes” button is detected, a history on the memory is stored in the database 19 and a history saving dialog for displaying the characters “history saved” as shown in FIG. Is displayed for 5 seconds, and the history saving dialog is cleared. Further, when the touch of the lap / reset button 6e is detected during the log recording, the lap is stored in the database 19 and the characters “Lap saved” are displayed as shown in FIG. Displays the save dialog for 5 seconds and clears the lap save dialog. The lap to be stored is the lap from when the start of log recording or the previous touch of the lap / reset button 6e is detected until the touch of the current lap / reset button 6e is detected. Specifically, the contents of the lap to be recorded are, as shown in FIG. 21A, the elapsed time of the lap counted by the timer provided in the control unit 18, the lap travel distance acquired from the GPS receiver 8, Calculated from the average speed of pops, the calorie consumption of wraps stopped by a known method. These are recorded in the database 19 and recorded in the memory card 14.

  The electronic apparatus has a history management function for managing the history thus saved. Next, processing of the history management function will be described. When the touch of the data management button is detected as shown in FIG. 24A in the main menu of FIG. 8, a data management item selection screen as shown in FIG. 24B is displayed. The data management item selection screen includes a browse button, a delete button, and a file button in order from top to bottom. When the touch of the browse button is detected, a browse data selection screen as shown in FIG. 24C is displayed. The browsing data selection screen includes a total data button on the upper side and a graph button on the lower side. When the touch of the total data button is detected, a calendar screen as shown in FIG. 25A is displayed. The calendar screen is a screen that displays the date in units of one month. When the touch of the reverse button provided on the upper left is detected, the previous month, the next month when the forward button touch is detected Display the calendar. In the calendar, the date with the log record is highlighted and used as a date button. When the touch of the date button is detected, a log display screen for displaying a log of the touched date is displayed. The log display, as shown in FIG. 25 (b), displays the time and the number of laps at that time, displays the total calories, total time, total distance of the day below, and below that, the average, The cadence value, heart rate, and hourly speed are displayed below, and the maximum cadence value, heart rate, and hourly speed are displayed below. Touching an individual log displays the total, average, and maximum values in the log. Further, as shown in FIG. 25C, a locus display button is provided on the lower left side of the map, and when a touch of the locus display button is detected, the locus of the position indicated by the selected log is continuously displayed on the map. It can be displayed as a line. On the left side of the calendar, a week selection button labeled “>” for selecting a week is provided for each week. When the user presses the week selection button of the week to be viewed, a screen as shown in FIG. 26 (b) is displayed that displays the above-mentioned values of the total, average, and maximum of the selected week as shown in FIG. 26 (a). The

  In the browsing data selection screen, as shown in FIG. 27A, when the touch of the graph button is detected, the calendar screen is similarly displayed, and the log display screen of the date selected on the calendar screen is displayed. To do. Thus, the log display screen displayed when the graph button is touched has a graph display button at the bottom. When the touch of the graph display button is detected, a line graph screen is displayed with the time as the horizontal axis and the heart rate as the vertical axis, as shown in FIG. When the touch of the title portion displayed as “line graph” on this screen is detected, the screen is switched to the “histogram” graph screen. When the touch of the title portion displayed as “Histogram” on this screen is detected, the screen is switched to the “Line graph” graph screen. When the touch of the item name button on the left side of the vertical axis of each graph screen shown in FIG. 28A is detected, an item selection screen as shown in FIG. 28B is displayed. A graph is displayed with the item selected on the item selection screen as the vertical axis. FIG. 28C is a graph display example when “altitude (atmospheric pressure)” is selected as the item in FIG.

  The graph can also be displayed in lap units. For example, as shown in FIG. 29A, when a touch on an individual log to be displayed in a graph is detected, a lap detail button is displayed as shown in FIG. When the touch of the lap detail button is detected on the screen of FIG. 29B, the screen as shown in FIG. 29C is displayed, and the touch to the lap to be displayed as a graph is detected on this screen. When the touch of is detected, a graph of the lap is displayed. In this case, the other functions are the same as described above.

  Next, history (log) deletion processing will be described as a history management function. In the main menu shown in FIG. 8, the touch of the data management button is detected as shown in FIG. 30A, and the touch of the delete button is detected in the displayed data management item selection screen as shown in FIG. 30B. In such a case, the deletion target log selection screen shown in FIG. 30C is displayed. The deletion target log selection screen includes a selection button, an all button, and a one month save button in order from top to bottom. When all button touches are detected, a character string such as “Are you sure you want to delete all history?” And “Yes” on the left side and “No” on the right side as shown in FIG. Displays a confirmation dialog that displays a button. If the touch of the “Yes” button is detected, all the logs are deleted and this dialog is deleted. If the touch of the “No” button is detected, the dialog is deleted without deleting the log. If 1 is detected, pressing the Save Month button will cause a string such as “Are you sure you want to delete the history other than the current month?” On the left and “Yes” on the right as shown in FIG. Displays a confirmation dialog that displays a "No" button. If the touch of the “Yes” button is detected, the log other than the current month is deleted and this dialog is deleted. If the touch of the “No” button is detected, the dialog is deleted without deleting the log. When the touch of the selection button is detected, as shown in FIG. 31C, a calendar screen is displayed, and the month with the deleted history is selected by the backward button and the forward button. Touch the month, week or day of the log you want to delete and touch the delete button at the bottom of the screen. When the touch of the delete button is detected, a character string such as “Are you sure you want to delete the selected history” and “Yes” on the left side and “No” on the right side as shown in FIG. Displays a confirmation dialog that displays a button. If the touch of the “Yes” button is detected, the selected log is deleted and this dialog is deleted. If the touch of the “No” button is detected, the dialog is deleted without deleting the log.

  When it is desired to delete a part of the history, as shown in FIG. 32, the touch of the date including the history to be deleted is detected (FIG. 32 (a)), and the date displayed in the lower left part of the calendar screen is displayed. The touch of the detail button is detected (FIG. 32 (b)). Then, a touch of a log to be deleted is detected (FIG. 32 (c)), and a plurality of data can be selected as shown in FIG. 32 (d). When the touch of the delete button is detected in this state, a dialog is displayed as in FIG. 21D, and when the touch of the “Yes” button is detected, the selected data is deleted.

  Next, file function processing as a history file management function will be described. When the data management button is touched and displayed on the main menu of FIG. 8 as shown in FIG. 33A, the file button is touched on the data management item selection screen as shown in FIG. As shown in c), a process selection screen is displayed. This process selection screen includes an input button, an output button, and a delete button in order from top to bottom. When the input button is touched on this screen, an input file selection screen is displayed as shown in FIG. The input file selection screen includes a binary button, an NMEA button, a GPX button, and a POT button in order from top to bottom. This screen is a screen for selecting what file format data is to be input. When any button is touched on this screen, the touched file format file is retrieved from the memory card 14 and displayed as a list as shown in FIG. When touched from this list, a confirmation dialog as to whether or not to import (input) the file is displayed as shown in FIG. This dialog displays a string such as “Are you sure you want to import the file?” And a “Yes” button on the left and a “No” button on the right. If the touch of the “Yes” button is detected, the selected file is imported and stored in the database 19. If the touch of the “No” button is detected, the dialog is cleared without performing the import.

  As shown in FIG. 35A, when the output button is touched on the process selection screen, the output target selection screen is displayed as shown in FIG. The output target selection screen includes a history button on the upper side and a route button on the lower side. When the touch of the history button is detected, the entire log data (history data) shown in FIG. 2 is output. On the other hand, when the touch of the root button is detected, the log data is included in the log data. Only the route data which is the position history data of the GPS receiver 8 included in is output. When either the history button or the route button is touched, as shown in FIG. 35C, the history or route date and time file to be output is touched. When this touch is detected, a file format selection screen as shown in FIG. 35 (d) is displayed. The file format selection screen includes a binary button, an NMEA button, a POT button, and a GPX button, and inputs an instruction to output a file in the file format described in the name of the touched button. When the touch of any of these buttons is detected on this screen, a confirmation dialog as shown in FIG. 35 (e) is displayed. This dialog displays a character string such as “Are you sure you want to export the file?” And a “Yes” button on the left and a “No” button on the right. When the touch of the “Yes” button is detected, the file selected in the file format selected on the screen so far is exported to the memory card 14. If the touch of the “No” button is detected, the dialog is cleared without performing the export.

  As shown in FIG. 36A, when the delete button is touched on the process selection screen, a deletion file format selection screen is displayed as shown in FIG. The deletion file format selection screen includes a binary button, an NMEA button, a GPX button, and a POT button in order from top to bottom. This screen is a screen for selecting what file format data is to be deleted. When any button is touched on this screen, the touched file format file is retrieved from the memory card 14 and displayed as a list as shown in FIG. When touched from this list, a confirmation dialog as to whether or not to delete the file is displayed as shown in FIG. This dialog displays a character string such as “Are you sure you want to delete the selected file?” And a “Yes” button on the left side below it and a “No” button on the right side. If the touch of the “Yes” button is detected, the selected file is deleted. If the touch of the “No” button is detected, this dialog is deleted without performing the deletion.

  Next, workout setting processing will be described. In the workout setting, a training menu combining a plurality of steps can be created. When the touch of the training button is detected as shown in FIG. 37A in the main menu of FIG. 8, a training menu screen as shown in FIG. 37B is displayed as described above. When the touch of the workout button is detected in the training menu, the workout setting screen shown in FIG. 37 (c) is displayed. The workout setting screen includes a new creation button at the top and a button displaying the created workout name below it. When the touch of the new creation button is detected, a screen as shown in FIG. 38A is displayed. When the touch of the step addition button provided on this screen is detected, the edit menu shown in FIG. 38B is displayed. The edit menu includes an edit button, a delete button, and an insert button in order from top to bottom. When the touch of the edit button is detected, the condition setting screen shown in FIG. 38C is displayed. The condition setting screen includes an end condition button in the upper part and a coaching setting button in the lower part. The end condition button is a button for setting an end condition, and “Open” displayed as the name of the end condition button is the currently selected end condition. As shown in FIG. 38D, the end condition includes “open”, “time”, “distance”, “repeat”, and “conditional repeat”. Each time a touch of the end condition button is detected, the display on the button is changed in this order to change the end condition.

  “Open” is an end condition for ending the step when the touch of the start / stop button 6d is detected. “Time” is an end condition for ending the step after the set time has elapsed. “Distance” is a condition for ending the step by moving the set distance. Repetition is an end condition for setting the number of times to repeat training. Conditional repetition is an end condition for repeating training until a set condition is satisfied. When the end condition of time or distance is selected, the numerical value input screen is displayed once and the value is input, and the time or distance is displayed below the end condition button displayed as in the case of FIG. The value is displayed (this screen is not shown). When the “repetition” end condition is selected, a repetition end condition setting screen as shown in the upper part of FIG. 39 is once displayed. The repetition end condition setting screen includes an end condition button in the upper part, a text box for inputting the number of repetitions in the middle part and a step in the lower part. The number of times is the number of times the training is repeated, and the return step is a text box for setting the next step to be executed. When a touch at the position of each text box is detected, a numerical value input screen is displayed for input. Similarly, when conditional repeat is selected as the end condition, a conditional repeat end condition setting screen is displayed as shown in the upper part of FIG. The conditional repeat end condition setting screen has an end condition button at the top, a box for entering the condition at the middle, and a step for returning to the bottom. The condition is a condition for repeating the training, and the return step is a text box for setting a step to be executed next. When a touch at the position of each text box is detected, a condition selection screen or a numerical value input screen is displayed and input. A determination button is provided at the bottom of each setting screen, and the content displayed when the determination button is touched is stored in the database 19 as a set condition. Processing is performed according to the conditions stored in the database 19. When the condition is “open”, the coaching button is displayed below the end condition button as shown in FIG. The current coaching setting is displayed on the coaching button, and “none” and “speed” are provided as the coaching setting. Both are switched by touching the coaching button. In the case of “None”, no target is set and no special processing is performed. When “speed” is set, a screen as shown in FIG. 40C is displayed, and the speed set in the screen of FIG. 14 can be selected from “zone 1” to “zone 5”. It is also possible to select custom on this screen and enter any upper and lower limits from the numeric input screen.

  The workout settings created in this way can be edited or deleted by the same operation. For example, as shown in FIG. 41, the touch of the training button is detected on the main menu screen (FIG. 41A), the touch of the workout button is detected on the next screen (FIG. 41B), and the next When the touch of the button of the workout name that has been set is detected on the screen (FIG. 41C), the condition setting for the workout name is read from the database 19 and the current setting content is displayed (FIG. 41). This screen is provided with an edit button, a delete button, and a start button at the bottom, and when a touch of the edit button is detected, the current setting has been described with reference to FIG. You can edit the data by displaying the screen in the same way as, and if a delete button touch is detected, the sentence "Are you sure you want to delete this workout?" A confirmation dialog having a column and “Yes” and “No” buttons is displayed, and when the “Yes” button is touched, the data of the workout name is deleted from the database 19. Also, FIG. If a touch is detected at a portion of the step after the position to be inserted on the screen of FIG. 38B, the screen of FIG. 38B is displayed. If the touch of the insert button is detected on this screen, FIG. ) It also has a function of adding the contents set by the same processing as the subsequent setting as a new step and storing it in the database 19. On the screen of Fig. 41 (d), as shown in Fig. 42 (a), a start button When the touch is detected, this workout set in the database 19 is started, and a workout screen of the set content is displayed as shown in Fig. 42 (b). If the main menu of FIG. 42A is called, training is selected, and workout is selected on the screen of FIG. 42B, the workout is being executed, so FIG. When the touch of the stop button provided on this screen is detected, the execution of the workout is paused, as shown in FIG. When the touch of the resume button provided at the bottom of this screen is detected, the screen returns to the original workout screen, and the confirmation button provided on the screen of FIG. If detected, the current workout settings are displayed as shown in FIG.

  Next, alert setting processing will be described. The alert function is a function for outputting an alert sound from the speaker 20 in accordance with any set “time”, “distance”, and “speed”. When the training button is touched as shown in FIG. 44 (a) in the main menu of FIG. 8 and the touch of the alert button is detected on the screen shown in FIG. 44 (b), FIG. 44 (c) Display the alert setting screen shown in. The alert setting screen displays buttons for time, distance, and speed in order from top to bottom, and an area for displaying time and distance values for issuing an alert is provided on the right side of the time button and the distance button. Further, an area for displaying a lower limit value of the speed on the left side and an upper limit value of the speed on the right side is provided below the speed button. When a touch of an area displaying this value is detected, a numerical value input screen is displayed and processing for inputting this value is performed. The display on each button of time, distance, and speed is changed in order of “on”, “once”, and “off” each time a touch is detected. “On” outputs an alert sound from the speaker 20 every time the set value is reached. That is, when the set value is reached, resetting and counting are repeated. “Once” outputs an alert sound from the speaker 20 when the set value is first reached. “Off” does not output alert sound.

  According to the electronic apparatus having the above-described configuration, it is possible to realize a cycle computer that can be easily operated and used by a driver riding a bicycle. That is, this electronic device is an electronic device that can be attached to a bicycle. Then, the display unit 5, the touch panel 6a capable of detecting the touch position on the display unit 5, the buttons 6b, 6c, 6d, and 6e that can identify whether or not the touch is performed, and the GPS reception that acquires the running state of the bicycle. Predetermined processing based on the input from the acquisition unit such as the machine 8, the wireless communication device 7, the atmospheric pressure sensor 15, the acceleration sensor 16, and the gyro sensor 17, the touch panel 6a, the buttons 6b, 6c, 6d, and 6e, and the acquisition unit. The control unit 18 performs processing at the time of traveling based on the traveling state of the bicycle acquired by the acquiring unit as a predetermined process, and based on touching the buttons 6b, 6c, 6d, and 6e. While controlling the process at the time of driving | running | working based on a driving | running | working state, the setting process of the process at the time of driving | running | working is performed based on the touch to the touch panel 6a.

  With such a configuration, by simply touching the buttons 6b, 6c, 6d, and 6e, the control of the processing during traveling is performed based on the touch on the buttons 6b, 6c, 6d, and 6e. For example, it is possible to touch each button with the thumb while holding the handle. Therefore, as compared with the configuration in which the control of the processing during traveling is performed by the touch panel 6a, an operation of confirming the touch position on the display unit 5 and touching the corresponding position becomes unnecessary. Control of processing during traveling can be performed without requiring an operation of gazing at the display unit 5 during traveling. On the other hand, the setting process of the process at the time of driving | running | working can be performed based on the touch to the touch panel 6a. Such a setting is performed in advance prior to traveling, for example, when the vehicle is not traveling. In such a case, for example, a button displayed on the display unit 5 such as a touch panel can be touched to facilitate detailed setting. As described above, the touch panel 6a that can detect the touch position on the display unit 5 and the buttons 6b, 6c, 6d, and 6e that can identify whether or not the touch position is touched are provided. In addition, both the process setting process during traveling when not traveling can be easily performed. Therefore, it is possible to provide an electronic device such as a cycle computer that is easier to use.

(2) The processing at the time of running that is set based on the touch on the touch panel 6a is, for example, the cycle computer function at the time of running based on the running state that is controlled based on the touch on the button 6c. In other words, the setting process is a process for setting which items are displayed as what kind of divided screen the meter screen switched by the map / meter switching button. In this way, processing at the time of traveling is performed with a preset setting based on the touch on the touch panel 6a, and the processing at the time of traveling can be controlled based on the touch on the button map / meter switching button 6c. .

(3) The process at the time of running is a log (history) recording process as a bicycle running state acquired by the acquisition unit, and the process at the time of running is controlled by the start or end of the log recording process. It has a certain configuration. An instruction to start and end the recording of the running state of the bicycle can be easily input by the start / stop button 6d without looking at the display on the display unit 5 during traveling.

(4) The running process is a recording process of a predetermined range of the bicycle running state acquired by the acquisition unit, and the control of the running process is a control for determining the lap range. In the recording process of the predetermined range of the traveling state of the bicycle during traveling, an instruction to confirm the range can be easily input by the lap / reset button 6e without looking at the display unit 5.

(5) The process at the time of travel is a display process based on the position of the bicycle acquired by the acquisition unit, and the control of the process at the time of travel is a switching control of the display process. The display process can be easily switched without looking at the display unit 5 by touching the map / meter switching button 6c during traveling.

(6) The display process includes a map display process including the position of the bicycle and a cycle computer process based on the position of the bicycle. The display process switching control is a switching control between the map display process and the cycle computer process. It is said. The display process can be switched between the map display process and the cycle computer process during driving without looking at the display unit 5 by touching the menu button 6b.

(7) The buttons 6b, 6c, 6d and 6e are arranged at a plurality of different positions, and the processing at the time of traveling based on the traveling state based on the touch to the buttons 6d and 6e provided on the side closer to the bicycle driver. While performing the control, the display unit 5 is configured to perform a control for displaying a screen for performing the setting process based on a touch on the buttons 6b and 6c provided on the far side.

  When the driver is driving, if the user touches the buttons 6d and 6e provided on the side close to the driver, the driver can control the processing during the driving based on the driving state based on the touch. Further, for example, at the time of setting prior to the traveling, a screen for performing the setting process can be displayed on the display unit 5 by touching the button 6b provided on the side farther from the self. Therefore, while traveling, it is possible to control the processing at the time of traveling by touching the buttons 6d and 6e on the side closer to the self, while touching the button 6b on the side far from the self accidentally while traveling, It is possible to prevent erroneous operations such as displaying the setting screen.

(8) The buttons 6d and 6e on the near side and the button 6b on the far side are arranged at positions sandwiching the display unit 5. The buttons 6d and 6e on the near side are closer to the driver than the display unit 5. The button 6 b on the far side is arranged at a position farther from the driver than the display unit 5. The driver can control the processing at the time of driving by touching the buttons 6d and 6e on the side closer to himself / herself with the display unit 5 interposed therebetween, and the button 6b on the side farther from himself / herself with the display unit 5 interposed therebetween. A screen for performing setting processing can be displayed on the display unit 5 by touching. Therefore, since the buttons 6d and 6e to be operated at the time of traveling and the button 6b to be operated at the time of setting processing are clearly separated with the display unit 5 interposed therebetween, an electronic device such as a cycle computer that is more convenient to use can be obtained. Can be provided.

(9) The buttons 6b, 6c, 6d, and 6e are arranged at four different positions, and the upper left, upper right, lower left, and lower right of the display unit 5 outside the display unit 5 with the display unit 5 interposed therebetween. It is set as the preparation for. In this way, the position is clearly divided between the upper and lower, the right and the left, and it is possible to prevent the driver from being confused as to which function is assigned to which button 6b, 6c, 6d, 6e as compared with the prior art. be able to. Further, combined with the effect of the configuration (8), it is possible to prevent the driver from being confused about which function is assigned to which button during driving and during setting.

(10) The control unit 18 includes a customization setting function for displaying a predetermined display item based on the traveling state acquired by the acquisition unit during traveling of the bicycle and customizing the display item, and the customization setting is performed on the touch panel 6a. The configuration is based on touch input. In this way, an intuitive operation can be realized based on the position of the touch input, and complicated customization can be realized by touching a plurality of buttons displayed on the display unit 5 and the button positions of the touch panel. On the other hand, the display based on the customization setting is performed during traveling, and the display is controlled by the button 6c. For example, a plurality of pages may be created by customizing settings based on the touch on the touch panel 6a, and the pages may be switched by detecting the touch of the map / meter switching button 6c. For example, four pages may be set and cyclically switched in the order of page 1, page 2, page 3, page 4, and meter screen each time a touch of the map / meter switching button 6c is detected.

  45, the horizontal line h drawn in the horizontal direction at a position about a quarter from the top of the meter screen displayed on the display unit 5 as shown in FIG. 45 and the horizontal center line of the display unit 5 It is divided into three areas A to C surrounded by a vertical line v drawn from the lower end to a position in contact with the horizontal line h, and a line around the meter screen displayed on the display unit 5, and differs depending on detection of touch to each area. It is advisable to perform processing. The horizontal line h and the vertical line v are virtual lines provided for convenience of explanation and are not actually displayed, but are displayed when a predetermined operation is performed, for example, when a touch on the meter screen is detected. You may comprise as follows. For example, when a touch in a region c, which is a region above the horizontal line h in FIG. 45, is detected, a phosphorus sound generation process for generating a sound “ring” from the speaker 20 may be performed. When a touch is detected in the area A, which is an area below the horizontal line h and to the left of the vertical line v, the above-described page is reversed, and an area below the horizontal line h and to the right of the vertical line v. When a touch in B is detected, the above-described process of sequentially forwarding the pages may be performed. In this way, it is possible to easily switch to each page set in advance even during driving. For example, it is possible to touch each area with the thumb while holding the handle.

(11) The menu button 6b is provided with a screen for performing a setting process for running processing, and the control unit 18 moves to the touch panel 6a when a touch on the menu button 6b is detected. The screen for performing the setting process of the running process is displayed based on the touch. By touching the menu button 6b, it is possible to perform processing setting processing during traveling based on the touch on the touch panel 6a. Therefore, for example, when a display by a process other than the setting process is being performed, the setting screen can be easily called by touching the menu button 6b, and should be set while driving or stopping. In such a case, the setting can be easily changed.

(12) A program for causing a computer to realize the function of the electronic device according to any one of (1) to (11).

5 Display unit 6 Input unit 7 Wireless communication device 8 GPS receiver 12 Wireless communication device 13 Memory card reader 14 Memory card 15 Pressure sensor 16 Acceleration sensor 17 Gyro sensor 18 Control unit 19 Database 20 Speaker 21 MiniUSB terminal 22 Flash light

Claims (12)

An electronic device that can be attached to a bicycle,
The case body,
Display means;
First touch input means capable of detecting a touch position on the display means;
A second touch input means capable of identifying whether or not it is touched;
Acquisition means for acquiring the running state of the bicycle;
A first touch input means, a second touch input means, and a control means for executing a predetermined process based on an input from the acquisition means,
The control means performs processing at the time of traveling based on the traveling state of the bicycle acquired by the acquiring means as the predetermined processing, and performs processing at the time of traveling based on the traveling state based on a touch on the second touch input means. while performing control, set preferences processing of the processing at the time of traveling on the basis of the touch to the first touch input means,
The first touch input means is provided on the front surface of the case body,
The second touch input means is provided in the vicinity of the first touch input means on the front surface of the case body, and the touch surface is configured to be flush with the surface of the case body. machine. The traveling process for performing the setting process based on the touch on the first touch input unit is a process for the traveling based on the traveling state controlled based on the touch on the second touch input unit. The electronic apparatus according to claim 1. The process at the time of traveling is a process of recording the traveling state of the bicycle acquired by the acquiring means,
The electronic device according to claim 1, wherein the control of the processing at the time of travel is control of start or end of the recording processing. The processing at the time of traveling is a recording process of a predetermined range of the traveling state of the bicycle acquired by the acquiring means,
The electronic device according to claim 1, wherein the control of the processing at the time of traveling is control for determining the range. The running process is a display process based on the position of the bicycle acquired by the acquiring means,
The electronic device according to claim 1, wherein the control of the processing at the time of traveling is switching control of the display processing. The display processing includes map display processing including the position of the bicycle, and cycle computer processing based on the position of the bicycle,
The electronic device according to claim 5, wherein the display process switching control is switching control between the map display process and a cycle computer process. The second touch input means is arranged at a plurality of different positions,
While controlling the processing at the time of traveling based on the traveling state based on the touch to the second touch input means provided on the side closer to the bicycle driver,
The electronic device according to any one of claims 1 to 6, wherein control is performed to display a screen for performing the setting process on the display unit based on a touch on a second touch input unit provided on a far side. machine. The second touch input means on the near side and the second touch input means on the far side are arranged at positions sandwiching the display means, and the second touch input means on the near side is operated more than the display means. Place it near the person,
The electronic device according to claim 7, wherein the second touch input unit on the far side is disposed at a position farther from the driver than the display unit. The second touch input means is arranged at four different positions,
The electronic apparatus according to claim 7, wherein the electronic device is provided at an upper left portion, an upper right portion, a lower left portion, and a lower right portion of the display means outside the display means with the display means interposed therebetween. The control means includes a customization setting function for displaying a predetermined display item based on the traveling state acquired by the acquisition means during traveling of the bicycle and customizing the display item.
The electronic device according to claim 1, wherein the customization setting is performed based on a touch input to the first touch input unit. The second touch input means includes a display for displaying a screen for performing a setting process of the process at the time of traveling,
When the touch to the second touch input unit is detected, the control unit displays a screen for performing a process setting process during traveling based on the touch to the first touch input unit. The electronic device according to claim 1. The program for making a computer implement | achieve the function of the electronic device in any one of Claims 1-11.