JPH0434199B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application The present invention relates to a device for managing entertainment facilities such as saunas, health parks, golf courses, resort hotels, and tourist inns.

BACKGROUND TECHNOLOGY For example, in recreational facilities such as saunas, hotels, and golf courses, users of the recreational facilities are required to carry money with them at all times in order to use the vending machines, telephones, etc. installed in the recreational facilities. Especially in bathhouses such as saunas and swimming pools, users do not wear clothing, so it is difficult to carry money with them. Moreover,
In addition to devices that can be used with money, such as vending machines and telephones, locking means are provided on the doors of each room in a locker or hotel, so each user must use the locking means. In addition to the money, a key must be carried to lock/unlock the door. It is not preferable for users to keep such money and keys while they are enjoying themselves in an entertainment facility, and there is also the problem that the security against theft is poor.

Problems to be Solved by the Invention Therefore, an object of the present invention is to enable users to use equipment provided in an entertainment facility without using money, thereby allowing the user to save money. To provide a management device for an entertainment facility that can improve convenience and safety by reducing the number of things that must be carried.

Means for Solving the Problems The present invention includes a gripping portion 34 and an insertion portion 35 integrally connected to the gripping portion 34 and having a plurality of grooves 36 formed along the insertion direction. includes a metal key 30 in which a plurality of through holes 37 forming an identification code are formed, and an identification code of the key 30 is stored in advance, and the identification code inputted from the outside and the previously stored identification code are stored in advance. a housing 12, and a door 11 that can be opened and closed for each storage space formed by partitioning the space inside the housing 12 into a plurality of parts; An insertion portion 3 for the key 30 provided on the door 11
5 is inserted into the key insertion hole 16, and when the identification code of the key 30 inserted into the key insertion hole 16 matches the identification code stored in advance in the main control means 2, locking/unlocking is performed. It has a locking means 19 that can be locked, a telephone T, and a key insertion hole 42 into which the insertion part 35 of the key 30 is inserted, and the identification code of the key 30 inserted into the key insertion hole 42 is used to control the main control. It has a telephone reading means R that enables the telephone T to make a call when the identification code matches an identification code stored in advance in the means 2, and a key insertion hole 62 into which the insertion part 35 of the key 30 is inserted. , insert the key 30 into this key insertion hole 62.
vending machines 7 and 9 that sell goods 60 by inserting
When the identification code of the key 30 inserted into the key insertion hole 62 of the vending machine 7, 9 matches the identification code stored in advance in the main controller 2, the article 60 of the vending machine 7, 9 is removed. It has reading means 6, 8 for the vending machine that enables the sale of the key 30, and a key insertion hole 52 into which the insertion part 35 of the key 30 is inserted, and the identification code of the key 30 inserted into the key insertion hole 52. , when the identification code matches the identification code stored in advance in the main control means 2, the lock car L, the telephone T and the vending machines 7, 9
a usage amount display means S for displaying the amount spent on a display screen 51; a detector comprising a light emitting element and a light receiving element is provided in association with each of the key insertion holes 16, 42, 52, 62; An entertainment facility management device characterized in that when a key is inserted, light emitted from a light emitting element passes through a through hole 37 and is received by a light receiving element, thereby reading the identification code of the inserted key 30. be.

Effect According to the present invention, the locker L includes the locking means 1
9 is provided, and this locking means 19 has a key 30.
A key insertion hole 16 into which an insertion portion 35 is inserted is provided. The key 3 inserted into this key insertion hole 16
When the identification code 0 matches the identification code stored in advance in the main control means 2, the locking means 19 becomes capable of locking/unlocking, locking the door 11, or changing its locked state. Can be canceled.

Further, the telephone reading means R includes the key 30.
A key insertion hole 42 into which the insertion portion 35 is inserted is provided, and when the identification code of the key 30 inserted into this key insertion hole matches the identification code stored in advance in the main controller 2, Telephone T becomes available for conversation.

Further, the vending machine reading means 6 and 7 have a key insertion hole 62 into which the insertion portion 35 of the key 30 is inserted.
is provided, and the key 3 inserted into this insertion hole 62
When the identification code of 0 matches the identification code stored in advance in the main control means 2, the article 6
It becomes possible to sell 0.

Furthermore, the usage amount display means S includes a key insertion hole 52 into which the insertion portion 35 of the key 30 is inserted.
is provided, and when the identification code of the key 30 inserted into the key insertion hole 52 matches the identification code stored in advance in the main control means 2, the locker L, the telephone T, and the vending machine 7 , 9 are displayed on the display screen 51. Each of the key insertion holes 16, 42, 52, 62 is provided with a detector consisting of a light emitting element and a light receiving element, and the identification code of the key 30 indicates that the light emitted from the light emitting element passes through the hole. The light is transmitted through the light receiving element 37 and is read by the light receiving element.

In this way, users of the entertainment facility can use the locker L, the telephone T, the vending machines 7 and 9, and the usage amount display means S using the keys 30 that have different identification codes for each user. This eliminates the need for the user to carry money and improves safety against theft. Furthermore, since the locker L, the telephone T, the vending machines 7 and 9, and the usage amount display means S are controlled by the main control means 2, it is easy to manage each of these devices.
It becomes possible to collectively manage the amount spent in the entertainment facility.

Embodiment FIG. 1 is a block diagram showing the configuration of a management device 1 in an entertainment facility according to an embodiment of the present invention. The management device 1 includes a main control means 2 realized by a computer or the like, display means D1 to Dl, and a rocker L.
1~Lm (when collectively referred to as Rotzker L)
and reading means 6, 8, R1~Rn, E1~Ek
, vending machines 7 and 9, telephones T1 to Tn (collectively referred to as telephone T), and terminal device C.
1 to Ck (when collectively referred to as terminal device C)
It consists of:

Connected to the main control means 2 are a terminal device 3 for operating the main control means 2 and a printer 4 serving as a display means. The terminal device 3 includes a display section, a keyboard, and the like.

Display means D1 to Dl are connected to the main control means 2 via a line l1. This display means D
1 to Dl are connected to each other, and are connected to a camera (not shown) for monitoring the location where rockers L1 to Lm, which will be described later, are installed. By checking the display means D1 to Dl, fraud in lockers L1 to Lm can be monitored.

Lockers L1 to Lm can be locked/unlocked using so-called electronic locks, as will be described later. Control of locking/unlocking of Lockers L1 to Lm is controlled by this Locker L.
This is performed by the main control means 2 via the rocker control circuit 5 connected to the terminals 1 to Lm. The rocker control means 5 may be configured to supply/cut off power for exciting a coil 24 of a plunger 25, which will be described later with reference to FIG. 3, based on a control signal from the main controller 2. Each user carries a key with an identification code for each user.
The key is inserted into the key insertion hole provided in Lm to unlock one of the lockers L1 to Lm corresponding to the identification code.

The rocker control circuit 5 is also connected to reading means R1 to Rn (generally referred to as reading means R) via a line 13. The reading means R1 to Rn are provided with a key insertion hole as described later, into which a key carried by each user is inserted. Reading means R1~
Telephones T1 to Tn are connected individually corresponding to Rn, and by inserting a key into the reading means R1 to Rn, the key of the telephones T1 to Tn corresponds to the inserted reading means. The phone is now ready for use.

A signal representing the call charges at the telephones T1 to Tn is received from the telephone line by the billing machine 10,
It is sent to the main control means 2. In the main control means 2,
The usage amount for each user is calculated based on the signal representing the call charge from the billing machine 10.

For example, the above-mentioned reading means R1 reads line l4.
are connected to reading means 8, 6 via. Reading means 6 and 8 are provided in connection with the vending machines 7 and 9, respectively, and by inserting a key carried by each user into the reading means 6 and 8, products can be read in the vending machines 7 and 9. can be purchased separately. The reading means 6 and 8 send the sales amount and the identification code possessed by the key to the main control means 2, whereby the identification code, that is, the usage amount for each user is added up.

Further, terminal devices C1 to Ck are connected to the main control means 2 via a line l2. These terminal devices C1-Ck are installed, for example, at the front desk, cleaning counter, snack counter, service counter, etc., and reading means E1-Ek are provided individually corresponding to each terminal device C1-Ck.
The terminal devices C1 to Ck are composed of, for example, a display means and a keyboard, and by inserting a key into the reading means E1 to Ek at the front, operations such as registration and cancellation of the identification code of the key are performed. .

At restaurants, cleaning counters, snack counters, service counters, etc., each user's key is inserted into the reading means E1 to Ek,
By inputting the usage amount from the keyboard of the terminal devices C1 to Ck, the identification code of the user and the usage amount are sent to the main control means 2.

Also connected to the terminal device Ck are usage amount display means S1 to Sn (generally referred to as usage amount display means S), which will be described later. Hereinafter, the lock car L, the reading means R, the telephone T, the reading means 6, 8, the vending machines 7, 9, the terminal device C, the reading means E, and the usage amount display means S will be collectively referred to as an operating device. Sometimes referred to as

FIG. 2 is a front view of rockers L to L4.
Referring to FIG. 2, for example, four rock cars L1
~L4 is integrally constituted by the housing 12, and the space within the housing 12 is partitioned by a partition plate or the like and divided into a plurality of storage spaces. Each locker L can be opened and closed by a door 11. The storage space of each locker L is equipped with a shelf net 13, a shelf board 22, a pipe 14 for hanging hangers, and the like. Further, a mirror 15 is attached to the back side of the door 11.

At the center of the back side of the door 11 is a locking means 1 which will be described later.
9 is installed. A key insertion hole 16 and a pull handle 17 for opening and closing the door 11, which will be described later, are provided on the surface of the door 11 opposite to the locking means 19. The indicator light 18 provided near the pull handle 17 lights up when the key with the corresponding identification code is inserted into the key insertion hole 16 of the locker L and the door 11 of the locker L is unlocked. do.

At the upper part of the housing 12 above each door 11, there is an indicator light 20 and a switch 2 corresponding to the door 11.
1 is provided. The indicator light 20 is the indicator light 2
The usage status of Rocker L corresponding to 0 is shown respectively. Further, the switch 21 is a switch for resetting the indicator light 20, and for example, the switch 21 is a switch for resetting the indicator light 20.
After the cleaning of the rocker L is completed, the switch 21 corresponding to the rocker L is pressed. Such a switch 21 is usually provided at a location that is difficult to see.

FIG. 3 is a perspective view showing the structure around the locking means 19. The locking means 19 includes a plunger 25. When a key is inserted into the key insertion hole 16 of the rocker L corresponding to the registered identification code described later, the actuating piece 23 of the plunger 25
is driven by coil 24 in the direction shown by arrow 27. As a result, the door 11 becomes movable in the direction indicated by the arrow 28, and the locker L is unlocked.

Further, when the key is removed from the key insertion hole 16 with the door 11 closed, the actuating piece 23 is moved to the arrow mark 2 by the coil 24 in the plunger 25.
The door 11 is driven in the direction indicated by 6, and the door 11 is locked.

FIG. 4 is a side view of a part of the rocker L.
The above-mentioned indicator light 20 extends from the housing 12 to the fourth
It protrudes to the left in the figure, so that the display state of the indicator light 20 can be easily confirmed from the side (in the direction perpendicular to the plane of the drawing in FIG. 4).
Usually, the locker L is arranged along the depth direction with respect to the entrance of the room in which the locker L is installed. Therefore, as shown in Figure 4,
If the indicator light 20 is attached so as to protrude from the housing 12, the display mode of the indicator light 20 can be easily confirmed from the entrance.

FIG. 5 is a perspective view of a key 30 having an identification code for each user. The key 30 is made of wear-resistant and corrosion-resistant metal or plated metal, and includes an insertion portion 35 and a grip portion 34. A perforation 33 is provided in the grip portion 34, and a string 31 is passed through the hole 33.

When such a key 30 is used in a sauna or the like, the key 30 becomes hot, so the key 30 may be covered with the cover 32 by passing it through the string 31. Insertion part 3
5, grooves 36 are formed on both sides of the key 30 along the insertion direction. Further, a plurality of through holes 37 are formed at predetermined locations, and the manner in which the through holes 37 are formed serves as an identification code. The key insertion hole of each actuating device is equipped with a detector consisting of, for example, a light emitting element and a light receiving element, and when the key 30 is inserted, the light from the light emitting element is transmitted through the through hole 37. The manner in which the through hole 37 is formed, that is, the identification code, is detected by the detector. This causes the main control means 2 to control the inserted key 3.
0 identification code can be recognized.

FIG. 6 is a flowchart for explaining control operations such as locking/unlocking of the rocker L, and the operations will be explained below with reference to FIG. 6. In step n1, a user of the entertainment facility enters the facility. At this time, the key 30 corresponding to the user is inserted into a key insertion hole provided in the reading means E at the front, and a registration operation is performed on the terminal device C in this state. As a result, the identification code i held in the key 30 is registered in step n2.

In step n3, the indicator light 20 of the rocker Li corresponding to the identification code i is flashed, for example, by a green lamp. The user is
The user can easily find the Rocker Li he/she should use by blinking the indicator light 20. In other words, by checking the lighting mode of the indicator light 20, the user is automatically guided to the locker Li that he or she should use.

Thereafter, in step n4, the user inserts the key 30 he is carrying into the key insertion hole 16 provided in the door 11 of the locker Lj.

At this time, the identification code i corresponding to the key 30 is read by the detector provided in the key insertion hole 16. In step n6, the read identification code i is changed to the identification code j corresponding to the rocker Lj.
The processing operation branches depending on whether it matches or not. If they do not match, move to step n8 and lock the locker.
Door 11 of Lj remains locked,
For example, a message to that effect is displayed on the display device of the terminal device 3. At step n6, if the identification code of the key 30 and the identification code j of the locker Lj match, the process moves to step n7.

In step n7, it is determined whether the identification code i has been registered by the operation in step n2 described above.

If the key 30 is not registered, that is, if an illegally obtained key 30 is inserted into the insertion hole, the process moves to step n8 and the above-described operation is performed. If the identification code i of the key 30 inserted into the insertion hole 16 in step n7 has been registered by the registration operation described above, the process proceeds to step n9, where the door 11 of the locker Li is unlocked and the user can can use that Rotskar Li.

At this time, in step n10, the indicator light 20
For example, it lights up in green, which allows you to check the usage status of the Rocker Li.
After this, in step n11, the user inserts the key into the key insertion hole 1.
6, and carry this key 30 with you inside the entertainment facility.

In this state, in step n12, the user uses the key 30 to operate the aforementioned actuating devices, and if the entertainment facility is a sauna, for example, enters the sauna room. The actuating device performs a processing operation corresponding to the use of the actuating device.

In step n13, when the user leaves the entertainment facility, that is, when checking out, the user at the front desk,
Hand the key 30 to the front desk clerk. At the front desk, the key is inserted into the key insertion hole of the reading means E, and the registration cancellation operation is performed using the keyboard of the terminal device C. As a result, the registration in the identification code i corresponding to that key 30 is canceled.

Thus, in step n14, the user leaves the entertainment facility, that is, checks out.

On the other hand, in step n15, the indicator light 20 in the rocker Li corresponding to the identification code i is
is lit in red, for example.

In step n16, the person in charge of cleaning and inspecting the locker L cleans the locker Li whose indicator light 20 is lit in red, and also checks to see if there is anything left behind. After completing such cleaning and inspection, switch 21 corresponding to the rocker Li is turned on in step n17.
is pressed.

As a result, the indicator light 20 is turned off in step n18, and the processing operation for the user is completed. The usage status of Rocker Li can also be checked on each terminal device.

In this way, in the management device 1, each rock car
Since the locked/unlocked state of Li is collectively controlled by the main control means 2, safety against theft etc. is improved. Furthermore, in the registration and deregistration operations at the front desk, there is no need to input the identification code from the keyboard, but only by inserting the key 30 into the key insertion hole of the reading means, so there is no need to make any operational mistakes when inputting the identification code. is canceled.

Fig. 8 is a plan view showing the configuration of the telephone T and the reading means R, Fig. 8 is a front view of the telephone T and the reading means R, and Fig. 9 is a side view of the telephone T and the reading means R. . When it is desired to make a call using the telephone T in an entertainment facility, the telephone T and reading means R shown in FIGS. 7 to 9 are used.

The reading means R is composed of a pedestal 40 and an operation section 41. A telephone T is placed above the base 40 in FIG. The operation part 41 has a key insertion hole 4.
2 and an indicator light 43 are provided. As described above, the key insertion hole 42 is provided with a structure for reading the identification code of the key 30.

When using the telephone T, the key 30 is inserted into the key insertion hole 42. The identification code of the key 30 is read by the reading means R, and a signal representing the identification code is sent to the main control means 2. In the main control means 2, if the identification code is registered by the above-mentioned registration operation and the telephone T can be connected to a telephone line, the telephone T is put into a state where it can make a call. . At this time, the indicator light 43 is configured to be lit.

When the indicator light 43 is on, the user makes a call from the telephone T to make a call. The call charge is added to the usage amount for each user by the main control means 2 as described above.

FIG. 10 is a perspective view of the vending machine 7. The vending machine 7 is provided with a product display section 61 for displaying a product 60, a product selection button 63, and a key insertion hole 62. The user inserts the key 30 into the key insertion hole 62. The reading means 6 reads the identification code of the key 30 and outputs it to the main control means 2. If the identification code is registered, a signal indicating registration is output to the reading means 6. This makes the product 60 available for sale in the vending machine 7.

By selecting and pressing the selection button 63 in this state, the user can purchase the product 60 corresponding to the selection button 63. The price of the purchased product 60 is sent to the main control means 2 via the reading means 6, and the main control means 2 adds the price of the product 60 to the usage amount based on the identification code.

FIG. 11 is a perspective view of the usage amount display means S. The usage amount display means S is provided with a display screen 51 and a key insertion hole 52 for displaying the amount of money used for the above-mentioned operations, that is, the usage amount. When a key 30 is inserted into the key insertion hole 52, the identification code of the key 30 is transmitted to the main control means 2.
, and the main control means 2 outputs the accumulated usage amount corresponding to the identification code to the usage amount display means S. The usage amount display means S displays on the display screen 51 the usage amount outputted from the main control means 2 up to the present time.

With such a usage amount display means S, the user can check the usage amount that has been used up to now at any time.

In this way, in this embodiment, when making the entertainment facility cashless, the operating state of each operating device is controlled by the main control means 2, and the identification code of the key 30 carried by each user is used. Each time, the amount of money spent on that actuating device is accumulated.
Therefore, users can use the operating devices in the entertainment facility without carrying cash. Moreover, since it is easy to estimate sales operations, convenience is greatly improved.

In this embodiment, keys are associated with each user,
Although the key is used to operate each operating device, in restaurants, cleaning counters, etc., it is also possible to enter the identification code from the keyboard that constitutes the terminal device, taking into consideration the failure of the reading means. It can be configured as follows. Furthermore, when a key is lost, the identification code of the key is entered from the keyboard at the front desk, and the registration of the identification code is canceled or suspended, thereby preventing misuse of the lost key.

In this embodiment, a case has been described in which the locking/unlocking state of a locker is controlled, but it can also be configured to control locking/unlocking of a door in a room in a hotel or the like. Further, although the explanation has been made regarding the case of the locker, telephone, vending machine, terminal device, and usage amount display means as the actuating device, it is also possible to configure other actuating devices to be controlled by the main control means 2. can.

Effects of the Invention As described above, according to the present invention, the following effects can be achieved.

(a) Since the key 30 of the present invention is made of metal, it has water resistance and heat resistance, and does not easily deform even if the user carries it in a relatively high temperature place such as a sauna in an entertainment facility. There is no risk of it being lost. Furthermore, since the key 30 is made of metal, it will not be easily deformed even if it is dropped or an unexpected force is applied to it, and a metallic sound will be generated when the key 30 is dropped. , the loss of the key 30 can be reduced.

(b) In addition, within entertainment facilities, users may
Even if the key 30 is lost, the groove 36 is formed in the key 30 and a plurality of through holes 37 are formed along the groove 36. Through hole 3 along
7 at a desired position, the position of this through hole 37 can be detected by a detection device, and it can be re-registered in the main control means 2 based on the output from this detector. Easy to play.

(c) In addition, Rotsuker L, telephone T, vending machines 7 and 9
and the usage amount display means S are provided with reading means 6, 8; R; E, respectively, so that the user can use the device with the key 30. This reduces the need to carry money around as much as possible, which improves safety against theft, and also allows users to use it in places where they do not wear clothes, such as saunas or swimming pools. Since it is necessary to carry only the key 30, it is not necessary to take time and effort to manage personal belongings, and convenience is improved.

(d) Furthermore, the identification code signal of the key 30 inserted into the key insertion hole 16, 42, 52, 62 of each reading means 6, 8; R; Matching/mismatching with the code is determined, and the lock car L, telephone T, vending machines 7 and 8, and usage amount display means S are made usable based on the determination signal, so that these devices can be used. can be managed all at once by the main control means 2, and the effort required for management work can be significantly reduced.

(e) Furthermore, since the display means 4 is connected to the main control means 2, the amount used for the equipment in the entertainment facility can be displayed all at once, and there is no need to pay money for each equipment. , This also makes it possible to significantly improve convenience.

(f) Since the lock car L is provided with a locking means 19 that allows the door to be opened and closed using the key 30, the locked/unlocked state of the locking means 19 can be controlled by the main control means 2. safety can be improved.

(g) Also, since the telephone T can be used to make calls using the key 30, the telephone T can be used for as long as desired, regardless of whether it is a long-distance call or a long call. There is no need to prepare many coins in advance, and convenience is improved.

(h) Moreover, the vending machines 7, 9 can also be put into a vending state using the key 30, so that there is no need to carry money and therefore goods can be sold within the entertainment facility using the key 30. Since it can be easily purchased, convenience is improved.

(i) Furthermore, since a usage amount display means S is provided to display the amount spent on the lock car L, telephone T, and vending machines 7 and 9 on the display screen 51 using the key 30, there is no need to carry money. The user can easily recognize the amount of money used, which also improves convenience.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing the configuration of a management device 1 in an entertainment facility according to an embodiment of the present invention, FIG. 2 is a front view of a locker L in the management device 1, and FIG. A perspective view showing the configuration, FIG. 4 is a side view of the vicinity of the indicator light 20 of the Rocker L, FIG. 5 is a perspective view of the key 30 used in the management device 1, and FIG. 6 explains the operation of the management device 1. 7 is a plan view showing the structure of the reading means R and the telephone T, FIG. 8 is a front view showing the structure of the reading means R and the telephone T, and FIG. 9 is a plan view showing the structure of the reading means R and the telephone T. A side view showing the configuration, FIG. 10 is a perspective view of the vending machine 7, and FIG. 11 is a perspective view of the usage amount display means S. 1... Management device, 2... Main control means, L1~
Lm...Rotzker, 6, 8, R1~Rn, E1~
Ek...reading means, 7,9...vending machine, T
1~Tn...telephone, C1~Ck...terminal device, 1
9... Locking means, 16, 42, 52, 62... Key insertion hole, 30... Key.

Claims (1)

[Claims] 1. It has a gripping part 34 and an insertion part 35 which is integrally connected to the gripping part 34 and has a plurality of grooves 36 formed along the insertion direction, and this insertion part 35 has an identification code. A metal key 30 in which a plurality of through holes 37 are formed, and an identification code of the key 30 is stored in advance, and the identification code input from the outside matches the pre-stored identification code. A locker L having a main control means 2 for determining a discrepancy, a housing 12, and a door 11 provided in an openable/closable manner for each storage space formed by partitioning the space inside the housing 12 into a plurality of spaces, and a door 11 provided in each door 11. and the insertion part 3 of the key 30
5 is inserted into the key insertion hole 16, and when the identification code of the key 30 inserted into the key insertion hole 16 matches the identification code stored in advance in the main control means 2, locking/unlocking is performed. It has a locking means 19 that can be locked, a telephone T, and a key insertion hole 42 into which the insertion part 35 of the key 30 is inserted, and the identification code of the key 30 inserted into the key insertion hole 42 is used to identify the main control. It has a telephone reading means R that enables the telephone T to make a call when the identification code matches an identification code stored in advance in the means 2, and a key insertion hole 62 into which the insertion part 35 of the key 30 is inserted. , insert the key 30 into this key insertion hole 62.
vending machines 7 and 9 that sell goods 60 by inserting
When the identification code of the key 30 inserted into the key insertion hole 62 of the vending machine 7, 9 matches the identification code stored in advance in the main controller 2, the article 60 of the vending machine 7, 9 is removed. It has reading means 6, 8 for the vending machine that enables the sale of the key 30, and a key insertion hole 52 into which the insertion part 35 of the key 30 is inserted, and the identification code of the key 30 inserted into the key insertion hole 52. , when the identification code matches the identification code stored in advance in the main control means 2, the lock car L, the telephone T and the vending machines 7, 9
a usage amount display means S for displaying the amount spent on a display screen 51; a detector comprising a light emitting element and a light receiving element is provided in association with each of the key insertion holes 16, 42, 52, 62; A management device for an entertainment facility characterized in that when a key is inserted, light emitted from a light emitting element passes through a through hole 37 and is received by a light receiving element, thereby reading an identification code of an inserted key 30.