JPH0637182Y2 - Mechanism to use designated rocker - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial field of application) The present invention relates to a mechanism for allowing a player to use a rocker designated by a front player in a facility such as a golf course.

(Prior Art) Conventionally, the lock mechanism of various rockers is operated by operating the lock with a key piece, but it has problems such as loss of key pieces, preparation of spare key pieces, and forgery of key pieces. Was there. Recently, a rocker has been developed and put on the market, which replaces the key piece which solves the above-mentioned problem and which is closed and unlocked by inputting a secret code key code using a ten-key pad. This mechanism closes the locker door, operates the knob to drive the latch plate, and then causes the memory and the password identification device to enter a 4-digit password from the ten-key input section to lock and unlock it. The personal identification number is input to the lock again, the personal identification number is compared with the number stored in the memory in advance by the personal identification number discriminating device, and if both are coincident with each other, it is unlocked. In addition, an electronic lock device that is locked and unlocked only by inserting a card for a key piece has been developed. In this mechanism, number information and the like are recorded on a card, and a card reading device and a storage device for storing the number information and the like are incorporated in an electronic lock device. The number information and the number recorded on the card and the number stored in the storage device are incorporated. It is designed to be locked or unlocked only when the information matches. (For example,
(See Japanese Patent Laid-Open Publication Nos. Sho 56-93982 and Sho 62-248770) (Problems to be solved by the invention) The locker electronic lock using the numeric keypad does not require a key piece, and there is no concern about its loss. It has the advantages that all that is required is to close the door, operate the knob, and enter the personal identification number using the numeric keypad, and it has been adopted in recent golf courses and the like. However, the player may use any locker, and it is possible to use a plurality of lockers. Therefore, damage to the locker, loss of hangers, shoehorns, towels, slippers, etc. attached to the locker, locking of the locker due to mischief, etc. The problem is occurring. For this reason, at the front desk, a card indicating the rocker number to be used is handed over, but since any rocker can be used freely, the above problems have not been reduced so much. In order to solve this problem, the rocker equipped with an electronic lock device that closes and unlocks just by inserting the card described in the section of the prior art is that the locker cannot be used due to the loss of the card, and the electronic lock device has a card Since it requires a built-in reader, a card information discriminating device, etc., and the cost is high, the adoption of this rocker has a drawback that the capital investment becomes large.

The present invention has been made in order to solve the above problems, and the purpose thereof is to allow only a rocker designated by a rocker user with a simple configuration, and the rocker user to use the locker. It will be guided to the rocker, and even if this mechanism is installed in the rocker, the rocker does not become expensive, it does not hinder the capital investment in golf course facilities, etc. It is intended to provide a mechanism for using the designated locker.

(Means for Solving the Problems) In order to achieve the above object, a mechanism for using a designated rocker of the present invention is a thick wall at one side of a box attached to an inner surface of a rocker door. And an actuating plate having a thickness substantially the same as that of the actuating plate are opposed to each other, and a space between the actuating plate and the other side of the box is a card insertion chamber having an upward insertion hole. Cylinder holes are bored at all the intersections of the corresponding vertical and horizontal rows, and the pin tamper is passed through the cylinder holes at any locations where the vertical and horizontal intersections do not overlap, and the thick wall and the working plate are inserted. One that is integrally connected, inserts a card that operates the pin tamper into the insertion chamber from the insertion hole of the box, pushes down the operation plate, and inserts the micro switch of the electronic lock device of the rocker at the end thereof Is.

Further, it is preferable that the vertical matrix and the horizontal matrix are 8 vertical matrixes and 4 horizontal matrixes, and that there are 4 arbitrary positions that do not overlap in the intersecting vertical and horizontal directions.

Then, the card is provided with a concave portion for pressing and fitting the head of the pin tamper of the operating plate.

Furthermore, regarding the card, from the front of the card to the back except for the recessed portion, the locker number to be used, the method of using the card, the locking method, the guide map of the location of the rocker shall be shown. However, it is convenient for rocker users.

(Operation) This mechanism makes a thick wall formed on one side of the box attached to the inner surface of the rocker door and an actuating plate having a thickness substantially the same as that of the thick wall face each other, and both are compatible. Cylinder holes are drilled at all the intersections of the vertical and horizontal rows and columns, and the pin tamper is inserted into the cylinder holes at the arbitrary locations that do not overlap in both vertical and horizontal directions, so that both are integrally connected. It works as follows.

A.Before using this mechanism, the operating plate is integrally connected to the thick wall of the box by pin tamper,
Is held. Therefore, since the power is not input to the electronic lock device of the rocker door, the electronic lock has been unlocked,
It is not possible to input the code number from the numeric keypad, and the electronic lock cannot be locked.

B. Use of this mechanism If you insert the card that operates the pin tamper into the insertion chamber that has the insertion hole above the operating plate and the other side of the box, the head of the pin tamper recessed in the card The head of the pin tamper of the operating plate is fitted and pressed into the fitting recess,
The engagement between the actuation plate and the thick wall is disengaged, the actuation plate is supported by the card and pushed downwards, the lower end of the actuation plate turning on the microswitch of the locker electronic lock.

As a result, the power supply to the electronic lock device is turned on, and it becomes possible to input the personal identification number using the numeric keypad, so close the locker door,
The latch plate is driven by the knob, the personal identification number is input from the numeric keypad, and when the number is confirmed by the numeric keypad display plate and the numeric keypad input, the electronic lock is activated and locked. After that, it is unlocked only by inputting the personal identification number, re-closed and the latch plate is driven by the knob to lock. When the use of the rocker is finished, the operating plate is pulled up by pulling out the card from the box to turn off the switch, and the pin tamper is operated and connected to the thick wall and the operating plate to restore the state before use.

In this way, if the recess that fits in the pin tamper of the card does not match the pin tamper from the operating plate, the card will not be able to push down the operating plate and will refuse to use the rocker. It forces the use of the designated rocker. During the use of the rocker, the card is continuously inserted into the box, so the card is stored in the box during the use of the rocker and is not lost.

(Example) An example will be described with reference to the drawings.

FIG. 1 shows the relationship between a locker door A and a box 1 having a mechanism for using the designated locker of the present invention, and B is a door A.
Is a ten-key pad fixed to the front of the card, and the box 1 is obliquely fixed below the ten-key B with the insertion hole 1b of the card 4 upward on the back of the door A behind it. There are 5
Is a password display plate, 5a is a locker use display lamp, 6 is a password confirmation key, and 6a is a correction key. When the password confirmation key 6 is pressed, the display on the password display plate 5 disappears and the locker use display lamp 5a lights up.

2 to 4 show the relationship between the internal structure of the box 1 and the card 4. In FIG. 2, 1a is a box 1
A thick wall on one side of the inside, 1b is a card 4 provided on the top of the box 1a
1c is an insertion chamber for the card 4 between the thick wall 1 and an operating plate 2 described later, and 2 is a thick operating plate connected to the thick wall 1.

The thick wall 1a and the actuating plate 2 are provided with cylinder holes 3a 'and 3 at all the intersections of the corresponding vertical 4 rows and horizontal 8 rows, and the above-mentioned cylinders at the 4 locations where the vertical and horizontal intersections do not overlap. A pin tamper 3a is passed through the holes 3a ', 3 and both are integrally connected, and a head 3b of the pin tamper 3a is projected on a projecting surface 2b of the operating plate 2 which faces the insertion chamber (Fig. 5). reference). The corresponding surface 4b corresponding to the projecting surface 2b of the operating plate 2 of the card 4 is provided with four recesses 4a which fit with the head 3b of the pin tamper 3a and press the pin tamper 3a (the fourth recess 4a). (See Figure 6).

In this way, when the card 4 is inserted into the insertion chamber 1c from the insertion hole 1b of the box 1, as shown in FIG. 3, the head 4b of the pin tamper 3a of the operating plate 2 is inserted into the recess 4a of the card 4. At the same time as fitting, the engagement between the thick wall 1a and the operating plate 2 by the pin tamper 3a is released, the operating plate 2 is supported by the card 4 and becomes operable, and is driven downward as shown in FIG. Board 2
Turn on the microswitch 5 whose end 2a is below. The switch 5 is a power input switch for the electric lock device, and the numeric keypad B can be used by the input. When the card 4 is pulled up, the operating plate 2 is also pulled up and the switch 5 is turned off. Therefore, if a card 4 that is not compatible with the operating plate 2 is used, the insertion is stopped during the insertion of the card and the operation cannot be performed, so that the rocker user cannot use other than the designated rocker.

FIG. 5 shows the front surface of the operating plate. 2a is the lower end, 2b is the protruding surface, 3 is the cylinder hole, and 3b is the head of the pin tamper.

FIG. 6 shows the rear surface of the vertically long rectangular parallelepiped card 4, 4b is a surface corresponding to the actuating plate 2, and 4a is a concave portion to be fitted with the pin tamper 3a provided in the corresponding surface. The card 4 is made of synthetic resin.

FIG. 7 shows the front side of the card 4 (instep), and FIG. 8 shows the back side of the card 4 (external side), which is used on the rear side (external side) excluding the concave part 4a from the front side (external side). Rocker number,
It is a sticker with a printed card that shows how to use the card, how to lock it, and a guide map for the location of the rocker, which has a positive effect on rocker users.

When the rocker user uses the rocker equipped with the mechanism of this embodiment, he / she cannot use the rocker other than the one specified by the card handed over from the front, and the card is placed in the box during use. It is owned so it will not be lost.

(Effects of the Invention) Since the present invention is configured as described above, it has the following effects.

I. Mandatory use of designated rockers Lockers cannot be locked unless a designated rocker card is used, and the use of designated rockers will be compelled by the front desk. The average use of is made and the rocker is easier to manage.

B. Elimination of conventional problems of using lockers Problems of using multiple lockers by rocker users, locking other vacant lockers due to mischief, loss of installed hangers, shoehorns, towels, slippers, etc., loss of locker locking cards, etc. Disappears.

C. Positive impact on rocker users This will have a positive impact on the rocker users, such as no need to carry a magnetic card that proves their self to use the rocker, and elimination of the search for empty lockers.

D. Advantages of rocker manufacturing Easy configuration, easy to manufacture, expensive card reader,
Since the card information discriminating device is not required, the rocker can be provided at low cost without increasing the manufacturing cost of the rocker. And it will facilitate facility investment at golf courses and the like.

[Brief description of drawings]

FIG. 1 is a perspective view of an embodiment in which a box body having a mechanism for allowing use of a designated rocker according to the present invention is arranged at the back of a rocker door. FIG. 2 is a vertical sectional view showing the internal mechanism of the box shown in FIG. 1 and the form of the card. FIG. 3 is a vertical cross-sectional view showing a state where a card is inserted in the insertion chamber of the box. FIG. 4 is a vertical cross-sectional view showing a state where the card pushes down the operating plate. FIG. 5 is a front view showing the protruding surface of the pin tamper head of the operating plate. FIG. 6 is a rear view of the card corresponding to the front of the operating plate. FIG. 7 is a front view of the card. FIG. 8 is a rear view of the card. A ... Door, 1 ... Box, 1a ... Thick wall, 1b ... Insert hole, 1c
…… Insertion chamber, 2 …… Operating plate, 2a …… End, 3,3a ′ ……
Cylinder hole, 3a …… Pin tamper, 3b …… Head, 4 ……
Card, 4a ... Recess, 5 ... Micro switch

Claims (4)

[Scope of utility model registration request] 1. A box 1 attached to the inner surface of a rocker door A.
One side portion of the inside is a thick wall 1a, an operating plate 2 having a thickness substantially the same as that of the thick wall 1a is opposed, and an inserting hole 1b is formed between the operating plate 2 and the other side portion of the box 1 upward. The card 4 has an insertion chamber 1c, and the thick wall 1a and the actuating plate 2 have cylinder holes 3a ′, 3 at all the intersections of the corresponding vertical and horizontal rows.
And the pin tamper 3a is inserted into the cylinder holes 3a ′ and 3 at arbitrary positions which do not overlap vertically and horizontally.
The thick wall 1a and the operating plate 2 are integrally connected, and a card 4 for operating the pin tamper 3a is inserted into the insertion chamber 1c from the insertion hole 1b of the box 1 by inserting the operation plate 2 into the operating plate 2 A mechanism that pushes down and uses the designated rocker whose end 2a puts in the micro switch 5 of the electronic lock device of the rocker. 2. The vertical matrix and the horizontal matrix are 8 vertical matrixes and 4 horizontal matrixes.
A mechanism for allowing the designated rocker according to claim 1 to be used at a single location. 3. The card 4 is pin-tampered at four positions corresponding to the operation plate 2 which do not overlap vertically and horizontally.
The mechanism for using the designated rocker according to claim 1, wherein a recess 4a for fitting the head 3b of 3a is provided. 4. The recess 4a from the front side (the instep) of the card 4
The designated rocker according to claim 1 or 3, wherein a locker number to be used, a card usage method, a locking method, and a guide map of the location of the rocker are shown over the back surface (excluding the recessed part). Mechanism to use.