JP5021707B2 - Cumulative walking height notification system - Google Patents

Description

  The present invention relates to a cumulative walking height information system using, for example, an IC card. Specifically, the walking height (stairs, slopes, mountain trails) on which a user of a non-contact type IC card climbs down ( The present invention relates to a cumulative walking height notification system capable of accumulating height differences and knowing the walking height up to the present time.

  Conventionally, ticket gates for subways and JR are performed using a non-contact type IC card (Suica or PASMO) as disclosed in Patent Document 1 below. On the other hand, many elevators such as escalators and elevators are installed in subway and JR stations.

JP 2007-257112 A

  For example, at a subway station deep underground, like the Toei Oedo Line, the ground and the station are connected by an elevator such as an escalator or elevator or by a staircase adjacent to the elevator. However, since the difference in height between the ground and the station is large, the utilization rate of stairs is small compared to the utilization rate of escalators.

  In recent years, as the concern about environmental problems increases, the idea of energy saving and the suppression of carbon dioxide emission are spreading. In addition, there is a need to reduce medical costs in preparation for the coming era of declining birthrate and aging population.

  Therefore, the inventors have improved the utilization rate of stairs using a non-contact IC card that is prevalent, and reduced the load on the elevator to respond to energy saving thoughts and thoughts of carbon dioxide emission suppression, We tried and tried to find out if we could create a system that could give people the opportunity to actively move their bodies and meet the demands for reducing medical expenses.

  As a result, by installing a terminal that operates on the same principle as an automatic ticket gate on the stairs of a station and holding a non-contact IC card over that terminal, the amount of walking on the stairs is accumulated, and how much is it up to now? The idea was to come up with a system that could inform the stairs users whether they had climbed up or down the elevation.

  SUMMARY OF THE INVENTION An object of the present invention is to provide a cumulative walking height notification system in which a walking path with a height difference is actively used by using an IC card currently owned by a user.

  In order to achieve the above object, the present invention comprises a card-type storage medium, a terminal, a central computer, a main server, and notification means.

  The card-type storage medium can be used when the user passes the ticket gate and stores the card ID.

  The terminal is installed on a walking path having a height difference such as a staircase in a station, for example, and reads the card ID of the card type storage medium.

  For example, the central computer is installed in a station and connected to a terminal and a computer network. The card ID read by the terminal and the ID for specifying the terminal reading the card ID are transmitted to the computer network.

  The main server calculates the cumulative walking height of the user of the card type storage medium from the card ID sent via the computer network and the ID for specifying the terminal.

The informing means informs the user of which mountain is being climbed by using the cumulative walking height of the user transmitted from the main server via the computer network , assuming the cumulative walking height as a mountain. .

  The user of the card-type storage medium can grasp the accumulated walking height at the present time by the notification means. For this reason, the number of users who want to further increase the cumulative walking height increases, and the utilization rate of walking paths with height differences increases.

  As a result, it is possible to contribute to energy saving thinking, carbon dioxide emission control, and medical cost reduction.

1 is a block diagram showing a schematic configuration of a cumulative walking height notification system according to Embodiment 1. FIG. It is a schematic block diagram of an IC card. It is an external view of an IC card. It is an external view of an IC card. It is an external view of an IC card. It is an external view of an IC card. It is a figure which shows an example of the installation positional relationship of a terminal and a display, and the display content of a display. It is explanatory drawing of the kind of ID currently allocated as ID which identifies a terminal to each terminal. It is a block diagram which shows schematic structure of an integrated computer. It is a block diagram which shows schematic structure of a main server. It is a figure which shows the specific structure of staircase DB. It is a figure which shows the specific structure of cumulative walk height DB. It is a figure which shows the specific structure of mountain height DB. It is an operation | movement flowchart of a cumulative walking height notification system. It is an operation | movement flowchart of a cumulative walking height notification system. It is an operation | movement flowchart of a cumulative walking height notification system.

Next, the cumulative walking height notification system according to the present invention will be described in detail. Note that the embodiments described below are illustrated for easy understanding of the present invention. Therefore, it should not be understood that the technical scope of the invention described in the claims is limited by the description of the embodiments described below.
[Embodiment 1]
The cumulative walking height notification system described as Embodiment 1 can be installed in a railway station to know the cumulative walking height (cumulative height difference) of the stairs climbed by the user. It is a system that allows users to know which mountain they are currently climbing.
[Configuration of cumulative walking height notification system]
FIG. 1 is a block diagram illustrating a schematic configuration of a cumulative walking height notification system according to the first embodiment.

  The cumulative walking height notification system according to this embodiment includes an IC card 10, terminals 20A1 to 20A3, 20B1 to 20B3, general computers 30A and 30B, a computer network 40, a main server 50, displays 60A1 to 60A3, 60B1 to 60B3, It consists of a user PC 70.

  The IC card 10 is a card-type storage medium that stores a “card ID”. In the present embodiment, a non-contact type IC card such as Suica or PASMO that is currently generally used is illustrated.

  Terminals 20A1 to 20A3 and 20B1 to 20B3 are installed on a walking path having a height difference and read a card ID stored in the IC card 10. Terminals 20A1 to 20A3 are respectively installed on three stairs of Shinjuku Station on the subway Oedo Line. Terminals 20B1 to 20B3 are respectively installed on three stairs at Roppongi Station on the subway Oedo Line. One terminal will be installed at any one of the starting point, the finishing point, and the landing. It is preferable that the terminal is installed either at the place where the stairs start or finishes in order to allow a person walking up the stairs to walk smoothly.

  The general computers 30A and 30B are installed at Shinjuku Station and Roppongi Station on the subway Oedo Line, respectively. The central computers 30A and 30B are connected to each other via a computer network 40. Terminals 20A1 to 20A3 and 20B1 to 20B3 are assigned “terminal IDs” as IDs for identifying the terminals. In the present embodiment, a case where a plurality of terminals are installed at one station is illustrated, and therefore, “terminal ID” is used as an ID for identifying the terminal. However, when one terminal is installed at one station, the ID for identifying the terminal is not limited to the “terminal ID”, and for example, a “station ID” may be used. The general computers 30A and 30B store which “terminal ID” is assigned to which terminal. However, the terminal ID may be stored in the terminal itself. The general computers 30A and 30B send both the card ID of the non-contact type IC card read by any of the terminals 20A1 to 20A3 and 20B1 to 20B3 and the ID for identifying the terminal that has read the card ID to the computer network 40 Send to.

  The main server 50 obtains the cumulative walking height of the user of the IC card 10 from the card ID transmitted via the computer network 40 and the ID for identifying the terminal, the name of the mountain being climbed, and the unique ID of the user. Calculate. The main server 50 includes three databases for calculating the cumulative walking height, the name of the mountain being climbed, and the unique ID. This database will be described in detail later.

  The displays 60A1 to 60A3 and 60B1 to 60B3 function as notification means. The displays 60A1 to 60A3 and 60B1 to 60B3 notify the cumulative walking height of the user, the name of the climbing mountain, and the unique ID of the user transmitted from the main server 50 via the computer network 40 via the general computer. When the user holds the IC card 10 over the terminals 20A1 to 20A3 and 20B1 to 20B3, the user can immediately display the cumulative walking height, the name of the mountain that is being climbed, and the unique ID. As can be seen, it is desirable to install in the vicinity of the terminals 20A1 to 20A3 and 20B1 to 20B3.

  The user PC 70 is a computer that can be operated by the user of the IC card 10, and is usually installed at the user's home. The user PC 70 accesses the main server 50 from the home with the unique ID input by the user, and displays the accumulated walking height and the name of the mountain being climbed.

  The above is the schematic configuration of the cumulative walking height notification system according to the present embodiment.

  Next, each component such as the IC card 10 constituting the cumulative walking height notification system will be described in more detail.

  FIG. 2 is a schematic configuration diagram of the IC card 10, and FIGS. 3A to 3D are external views of the IC card 10 that is actually issued.

  As shown in FIG. 2, the IC card 10 has a card ID unique to each IC card. The card ID is stored in the storage unit 12 provided in the IC card 10. The terminals 20A1 to 20A3 and 20B1 to 20B3 read the card ID stored in the storage unit 12 when the IC card 10 is held close by.

  3A to 3D show the appearance of the IC card 10 that is actually issued. The IC card 10 shown in FIG. 3A is issued on the assumption that the user has finished climbing Mt. Takao at an altitude of 599 m when the user climbs the stairs of the station and the climbed height, that is, the cumulative walking height exceeds 599 m. Card. The IC card 10 shown in FIG. 3B is a card issued on the assumption that the climbing of Mt. Rokko at an altitude of 931 m has been completed when the cumulative walking height exceeds 931 m. The IC card 10 shown in FIG. 3C is a card issued on the assumption that the climbing of the Aconcagua at an altitude of 6962 m has been completed when the cumulative walking height exceeds 6962 m. The IC card 10 shown in FIG. 3D is a card issued on the assumption that the climbing of Everest at an altitude of 8848 m has been completed when the cumulative walking height exceeds 8848 m.

  FIG. 4 is a diagram illustrating an example of the installation position relationship between the terminal 20A1 and the display 60A1 and the display content of the display 60A1.

  As shown in FIG. 4, the display 60A1 is installed near the terminal 20A1. This is because when the user holds the IC card 10 over the terminal 20A1, the user can immediately see the accumulated walking height and the name of the mountain that is being climbed.

  The display 60A1 displays the cumulative walking height of the user of the IC card 10 and the name of the mountain being climbed. In addition, the display 60A1 can access the main server 50 from the user PC 70 to display the user's cumulative walking height and the name of the mountain that is being climbed. An ID is also displayed.

  FIG. 5 is an explanatory diagram of types of IDs assigned to the terminals 20A1 to 20A3 and 20B1 to 20B3 as IDs for identifying the terminals.

  As shown in FIG. 5, each terminal 20A1 to 20A3, 20B1 to 20B3 is given a “terminal ID” as an ID for identifying the terminal. The controlling computer knows which terminal has which ID.

  FIG. 6 is a block diagram showing a schematic configuration of the overall computer 30A.

  As shown in FIG. 6, the overall computer 30A includes a terminal control unit 32A, a display control unit 34A, and a transmission / reception unit 36A.

  The terminal control unit 32A stores “terminal ID” as an ID for identifying a terminal. The terminal control unit 32A receives the card ID read when the IC card is held over, and simultaneously grasps the terminal ID of the terminal that has read the card ID. The received card ID and the terminal ID of the terminal that has read the card ID are sent to the transmitting / receiving unit 36A.

  The display control unit 34A displays the user's cumulative walking height, the name of the climbing mountain, and the unique ID of the user, which are input from the transmission / reception unit 36A, on the display 60A1 installed near the terminal 20A1 (FIG. 1). reference).

  The transmission / reception unit 36A transmits the card ID received by the terminal control unit 32A and the terminal ID of the terminal that has read the card ID to the main server 50 via the computer network 40. Also, the cumulative walking height of the user, the name of the mountain being climbed, and the unique ID of the user transmitted from the main server 50 are received via the computer network 40.

  FIG. 7 is a block diagram illustrating a schematic configuration of the main server 50.

  As shown in FIG. 7, the main server 50 has a calculation / transmission / reception control unit 52, a staircase DB 54, a cumulative walking height DB, and a mountain height DB.

  The arithmetic / transmission / reception unit 52 accesses the staircase DB 54, the cumulative walking height DB 56, and the mountain height DB 58 based on the terminal ID transmitted from the overall computer 20A1 via the computer network 40. By accessing the stairs DB 54, the accumulated walking height DB 56, and the mountain height DB 58, the accumulated walking height of the user, the name of the mountain being climbed, and the unique ID of the user are acquired. The acquired cumulative amount of walking of the user, the name of the mountain being climbed, and the unique ID of the user are transmitted to the central computer 30A via the computer network 40.

  FIG. 8 is a diagram illustrating a specific configuration of the staircase DB.

  As shown in FIG. 8, the staircase DB 54 stores information related to the terminal ID, the number of steps, and the height difference.

  The terminal ID is an ID assigned to specify the installed terminal. The terminal ID is a unique ID assigned to each terminal. The number of steps indicates the number of steps of the stairs where the terminal is installed. The height difference indicates the height difference of the stairs where the terminal is installed.

  For example, the number of stairs in the place where the terminal whose terminal ID is FFF is installed at Shinjuku Station is 100 and the height difference is 30 m. In addition, the number of stairs at the place where the terminal whose terminal ID of Roppongi Station is indicated by SSS is 110, and the height difference is 33 m.

  FIG. 9 is a diagram illustrating a specific configuration of the cumulative walking height DB 56.

  As shown in FIG. 9, the cumulative walking height DB 56 stores information on card ID, cumulative walking height (m), mountain ID, and unique ID.

  The card ID is an ID stored in the IC card 10 as described above, and is an ID for indirectly specifying a user. The cumulative walking height is an area where the number of meters that the user of the IC card 10 has climbed up to now can be updated and recorded. The cumulative walking height is read or rewritten by the calculation / transmission / reception control unit 52 of the main server 50. The mountain ID is a unique ID assigned to each mountain used for displaying the mountain name on a display installed at the station, for example 60A1. The unique ID is an ID unique to the user of the IC card 10 displayed on the display 60A1. The unique ID is displayed on the display 60A1.

  FIG. 10 is a diagram showing a specific configuration of the mountain height DB 58.

  As shown in FIG. 10, the mountain height DB 58 stores information on mountain ID, mountain name, and altitude (m).

  The mountain ID is an ID assigned to each mountain. The mountain name is an area for recording actual mountain names such as Mt. Takao, Mt. Rokko, Aconcagua, and Everest. The altitude (m) is an area for recording the altitude of each mountain.

  The above is the detailed description about each component of the cumulative walking height notification system according to the present embodiment.

Next, the detailed operation of the cumulative walking height notification system according to the present embodiment will be described in detail with reference to the operation flowcharts of FIGS.
[Operation of cumulative walking height notification system]
11 to 13 are operation flowcharts of the cumulative walking height notification system according to the present embodiment. In this operation flowchart, an operation until the user of the IC card 10 enters Roppongi Station and leaves Shinjuku Station will be described. Until the user enters Roppongi Station, the user goes down the stairs or escalator, so the user does not touch the IC card 10 with the terminals 12B1 to 12B3.

  Climb the stairs from when the user arrives at Shinjuku Station until he gets out of the ground. At that time, when the user climbs the stairs of Shinjuku Station, the IC card is touched to the terminal 20A1 installed at the place where the user starts climbing the stairs (S1).

  The terminal control unit 32A provided in the overall computer 30A reads the card ID at a terminal (for example, terminal 20A1). Further, the terminal control unit 32A reads the terminal ID of the terminal 20A1 from which the card ID has been read from the storage device owned by itself (S2).

  The transmitting / receiving unit 36A of the central computer 10A transmits the read card ID to the main server 50 via the computer network (for example, the Internet) 40. For example, “00112” is transmitted as the card ID (S3).

  The main server 50 extracts matching information from the three databases 54, 56, 58 based on the card ID sent via the computer network 40. Then, the accumulated walking height (m) of the user of the ID card 10 is calculated, and the mountain and the unique ID that are being climbed are searched.

  The calculation of the accumulated walking height of the user and the search for the peak and the unique ID are performed according to the procedure of the operation flowchart shown in FIG. 12 (the subroutine flowchart of S4 in FIG. 11).

  The calculation / transmission / reception control unit 52 of the main server 50 is stored in the stairs DB for Shinjuku station based on, for example, the terminal IDAFF sent from the transmission / reception unit 36A of the central computer 10A via the computer network 40. Refer to the information and obtain the number of steps and the height difference. For example, in the case of the above example, looking at the stairs DB for Shinjuku Station, it can be seen that the number of steps corresponding to the AFF of the terminal ID is 70, and the height difference of the steps is 21 m. Therefore, the calculation / transmission / reception control unit 52 acquires information on the number of stages 70 and the height difference 21 m. The number of steps 70 and the height difference 21 m are the number of steps and the height of the stairs that the user who has touched the IC card 10 on the terminal 20A1 is going to walk up from now on (S4-1).

  Next, the calculation / transmission / reception control unit 52 refers to the information stored in the cumulative walking height DB based on the card ID sent via the computer network 40 and acquires the cumulative walking height. For example, in the case of the above example, since the card ID read at the terminal 20A1 is 00112, the calculation / transmission / reception control unit 52 acquires 600 m as the cumulative walking height (S4-2).

  The computation / transmission / reception control unit 52 calculates the current cumulative walking height by adding the height difference acquired from the stairs DB for Shinjuku station and the cumulative walking height acquired from the cumulative walking height DB, and calculates the current cumulative walking height. The cumulative walking height and the amount of cumulative walking height in the cumulative walking height DB are updated. For example, in the case of the above example, the staircase height difference acquired from the staircase DB is 21 m, and the cumulative walking height amount acquired from the cumulative walking height DB is 600 m. Is updated and stored with a numerical value of 621 m (S4-3).

  Then, the computation / transmission / reception control unit 52 compares the cumulative walking height of the updated cumulative walking height DB with the altitude stored in the mountain height DB to obtain the mountain ID that is being climbed. For example, in the case of the above example, the cumulative walking height 621m after update storage is compared with the altitude stored in the mountain height DB. Since the cumulative walking height 621m is higher than the altitude of Mt. Takao and lower than the altitude of Mt. Rokko 931m, the mountain IDMT002 of Mt. Rokko is acquired.

  The calculation / transmission / reception control unit 52 updates and stores the mountain ID of the cumulative walking height DB with the mountain ID acquired from the mountain height DB. For example, in the case of the above example, the current mountain IDMT002 stored in the cumulative walking height DB is rewritten to MT002. In this case, the result is the same mountain ID (S4-5).

  Next, the calculation / transmission / reception control unit 52 refers to the mountain ID stored in the mountain height DB, and acquires a mountain name that matches the mountain ID updated and stored in the cumulative walking height DB. For example, in the case of the above example, since the mountain ID updated and stored is MT002, “Mt. Rokko” is acquired as the mountain name (S4-6).

  Finally, the calculation / transmission / reception control unit 52 acquires the unique ID of the user stored in the cumulative walking height DB based on the card ID sent via the computer network 40. For example, in the case of the above example, since the card ID is 00112, a unique ID of N002 is obtained.

  When the above process ends, the process of S4 in FIG. 11 ends.

  The calculation / transmission / reception control unit 52 of the main server 50 sends the cumulative walking height calculated by the above processing, the searched mountain name and the unique ID of the searched user to the central computer 30A via the computer network 40. Transmit (S5).

  The display control unit 34A of the overall computer 30A displays the received cumulative walking height, the name of the mountain that is being climbed, and the unique ID in a manner as shown in FIG. 4 on 60A1 installed near the terminal 20A1.

  If the user of the IC card 10 simply touches the IC card 10 on the terminal 20A1 provided on the lower side of the stairs to be climbed and climbs the stairs, the current accumulated walking height is how many meters. As if it is a mountain, it is possible to know which mountain is being climbed and what kind of unique ID is at almost the same time as the touch.

  By installing the cumulative walking height notification system as described above on the stairs of the station, the number of people trying to use the climbing stairs will increase, and the usage rate of elevators and escalators attached to the climbing stairs may be reduced. it can.

For this reason, the amount of electricity used by elevators and escalators can be reduced, and this will contribute to the carbon dioxide emission restrictions that Japan is trying to lead the world. In addition, the number of people who actively use the stairs will increase, leading to a reduction in medical costs.
[Embodiment 2]
The cumulative walking height notification system of Embodiment 1 improves the utilization rate of climbing stairs by knowing how many meters the cumulative height of climbing stairs is and what mountain is being climbed up as if it were a mountain. I try to let them.

  The cumulative walking height notification system according to the second embodiment is a descending stairway so that it can be understood how many meters the accumulated low down the stairs is, and which submarine is in the middle of the ocean trench. We are trying to improve the utilization rate.

  Since the cumulative walking height notification system of this embodiment is basically the same as the configuration and operation of the cumulative walking height notification system of Embodiment 1, detailed description thereof is omitted.

  What is different from the first embodiment is the design and display described in the IC card shown in FIGS. 3A to 3D. In this embodiment, instead of the mountain name, the trench name is displayed, and the depth (m) of the trench is displayed.

  Further, the mountain height DB is replaced with the trench depth DB, and the mountain ID of the mountain height DB and the cumulative walking height DB is replaced with the trench ID. Further, the mountain name in the mountain height DB is replaced with the trench name, and the altitude is replaced with the depth.

  As described above, if the name of each DB and the data of the contents of the DB are changed, the user of the IC card 10 can use the cumulative walking height notification system even on the down stairs. However, in this case, it is necessary to install a terminal for climbing stairs and a terminal for descending stairs separately.

  By installing the above cumulative walking height notification system on the station stairs, the number of people trying to use the down stairs will increase, and the usage rate of elevators and escalators attached to the down stairs may be reduced. it can.

For this reason, the amount of electricity used by elevators and escalators can be reduced, and this will contribute to the carbon dioxide emission restrictions that Japan is trying to lead the world. In addition, the number of people who actively use the stairs will increase, leading to a reduction in medical costs.
[Embodiment 3]
In the first embodiment and the second embodiment, the user of the IC card 10 can check the accumulated walking height and the name of the mountain being climbed on the station premises, but in the third embodiment, the user can check the user's By inputting the unique ID from the user PC, the user's PC can confirm his / her cumulative walking height and the name of the mountain being climbed on the display.

  The cumulative walking height notification system of the present embodiment is basically the same as the configuration and operation of the cumulative walking height notification system of the first embodiment. However, the main server 50 can be accessed via the computer network 40 using the user PC 70.

  First, the user of the IC card 10 inputs a unique ID displayed on the display in the station from the keyboard of the user PC 70. For example, N002 is input as the unique ID (S11).

  The calculation / transmission / reception control unit 52 of the main server 50 inputs the unique ID transmitted from the user PC 70 via the computer network 40, and the accumulated walking height and mountain ID of the unique ID from the accumulated walking height DB and the mountain ID. To get. In the case of the above example, 600 m is acquired as the cumulative walking height, and MT002 is acquired as the mountain ID (S12).

  Next, the calculation / transmission / reception control unit 52 refers to the mountain ID stored in the mountain height DB and acquires a mountain name that matches the mountain ID of the cumulative walking height DB. For example, in the case of the above example, since the stored mountain ID is MT002, “Mt. Rokko” is acquired as the mountain name (S13).

  The calculation / transmission / reception control unit 52 transmits the accumulated walking height calculated by the above process and the searched mountain name to the user PC 70 via the computer network 40 (S14).

  The amount of accumulated walking height and mountain name being climbed are displayed on the display of the user PC (S15).

  As described above, according to the present embodiment, it is possible to easily confirm the accumulated walking height and the name of the mountain that is being climbed even from the home of the user of the IC card 10 or the outside.

  As described above, the usage mode of the cumulative walking height notification system according to the present invention has been described in the first to third embodiments. In the above embodiment, the height of the staircase of the station can be easily seen by the user of the IC card 10 and the user is encouraged to actively use the staircase. Consideration has been made to contribute to improvement and energy saving, suppression of carbon dioxide emissions, and user health.

  The cumulative walking height notification system according to the present invention can be further installed in mountain trails and long hills, thereby contributing to the increase in willingness to walk. For example, it is possible to install a cumulative walking height information system at the summit of Mt. Fuji and record the ascent of Mt. Fuji and record the amount of walking. By installing a cumulative walking height notification system in various mountains, it is possible to automatically memorize life-long climbing records, that is, the name of the climbed mountain, and the accumulated walking height (climbing and descending). Can be used as a tool for health promotion.

  Furthermore, since the cumulative walking height notification system according to the present invention can be realized by using a currently popular IC card, not only the initial cost can be suppressed, but also the user can feel the passage through the ticket gate. You can participate easily.

  It is also possible to improve the utilization rate of subways such as the Toei Oedo Line and JR by providing differentiated services depending on which mountain has been reached.

10 IC card,
12 storage unit,
20A1-20A3 terminal,
20B1-20B3 terminals,
30A, 30B General computer,
32A terminal control unit,
34A display controller,
36A transceiver unit,
40 computer network,
50 main server,
52 arithmetic / transmission / reception control unit,
54 Stairs DB,
56 Cumulative walking height DB
58 Mountain Height DB,
60A1-60A3 display,
60B1-60B3 display,
70 User PC.

Claims (5)

A card-type storage medium storing a card ID;
A terminal installed on a walking path with a height difference and reading the card ID;
A central computer connected to the terminal and the computer network to transmit the read card ID and an ID for identifying the terminal that has read the card ID to a computer network;
A main server that calculates the cumulative walking height of the user of the card-type storage medium from the card ID and the ID that identifies the terminal;
Informing means for notifying which mountain is being climbed when the cumulative walking height amount is regarded as a mountain, using the cumulative walking height amount of the user transmitted from the main server via the computer network. ,
A cumulative walking height notification system characterized by comprising: The main server is
A staircase database for storing a height difference of a walking path in which the terminal is installed in association with an ID for identifying the terminal;
A cumulative walking height difference database that stores the cumulative walking height in association with the read card ID, the mountain ID assigned to each mountain, and the user's unique ID;
And a height database mountain storing Yamana that Mitateru in association with the mountain ID and the altitude of the Mitateru Yamana,
The main server obtains the cumulative walking height of the user from the card ID and obtains the height difference of the stairs that the user is trying to climb or climbed from the ID for identifying the terminal. 2. The cumulative walking amount according to claim 1, wherein the latest cumulative walking height amount is calculated by adding a difference in height of the stairs that the user is trying to climb or climbed to the cumulative walking height amount up to now. High and low volume notification system. The main server retrieves mountain ID corresponding to the elevation in comparison with the altitude stored the latest cumulative walking height of mountain height database, Yamana that Mitateru from the acquired mountain ID, the computer network sent over a network, the cumulative walking altitude amount notification system according to claim 2, the Mitateru Yamana characterized thereby notifying the notification means. Furthermore, a user name connected to the computer network, and the user's unique ID input by the user PC is compared with the unique ID of the cumulative walking height difference database, and the mountain name that is regarded as the latest cumulative walking height of the user The cumulative walking height notification system according to claim 2 or 3, wherein the user PC is displayed.   The cumulative walking height notification system according to any one of claims 1 to 3, wherein the walking path having a height difference is any one of stairs, a slope, and a mountain trail.