KR200203943Y1 - Locker system for custody box - Google Patents

Abstract

The present invention improves the lock system provided in the storage case of the central management type, thereby eliminating the risk of theft and eliminating the risk of theft by controlling the combination of the solenoid and the key cylinder operated by the controller. The present invention relates to a lock system for a storage box for providing, the lock system (35) includes: a lock base (36) provided to be coupled to a front side wall of a case (31);

A main key assembly 37 provided on an upper side of the lock base 36 to select engagement and disengagement of the lock system 35;

A key cylinder 40 mounted rearward from the front of the central portion of the lock base 36 to open and close a substantial door 32;

The lock 41 is fixed to the rear end of the key cylinder 40, the side of the lock 41 is operated by the control of the controller 33 so that the lock 41 can adhere to the locked and closed state Solenoid 42;

The micro switch 43 is provided below the lock 41 and senses the lock state and the unlock state of the lock 41 to provide information to the controller 33.

Description

Locker system for custody box

The present invention relates to a lock system for an article storage box, and more particularly, to an improved lock system applied to an article storage box of a central control type to be controlled by a controller provided separately.

A storage box is a box that is installed in a public place such as a railway station, subway station, or bus terminal so that users can temporarily store a certain size of their belongings.

Such a storage box is divided into a box body and each storage case is divided into a mechanical type having a door having a lock means and a central control type to be controlled by a controller provided with a lock means of the door separately.

In the case of the mechanical type, a locking means is provided inside the door to be mounted on each storage case which is divided into a large box body, and a key cylinder and the outside of the door can be used in combination with a key for controlling the locking means. The coin entrance is exposed.

In the case of the machine type, since the door is locked only by the lock connected to the key cylinder, the door can be opened by copying the key stored by the user, and thus there is a high risk of losing the stored article.

In particular, since the lock provided in the door operates in association with only a key cylinder operated by a key, the door may be easily opened.

The central control type has been developed to solve this problem, the central control type to which the prior art is applied is configured so that the lock is interrupted by a solenoid controlled by a controller provided separately.

Looking at this through FIG. 6;

The lock 5 having the gear 4 at the lower end of the end is fixed to the side wall 3 of the door 2 provided in the storage case 1 so as to be opened and closed.

The gear 4 of the lock 5 is engaged with the gear 10 which is fixed to the hinge 7 on the side wall 6 of the storage case 1 and is directed to the operating hole 9 via the spring 8. To be possible.

The ruler 12 is fixed to the rear of the operating port 9 to control the locking step 11 formed at the opposite position of the gear 10.

The spring 13 is connected to the lower end of the ruler 12 to assist the restoration of the ruler 12, and the solenoid 15 connected to the controller is connected to the rear of the ruler 12 above. The tennis ball 12 is configured to be released.

In the prior art as described above, it is configured to be controlled and terminated only by a solenoid controlled by a controller without a key cylinder for controlling a ruler in the door, so that the storage person immediately stores the goods when the storage case is located directly to the side of the controller. It is possible to withdraw the stored goods immediately.

If the product is located in a storage case away from the controller, when storing the goods, operate the controller to store the goods to be stored when the door of the storage case is opened.

However, if the user wants to withdraw the stored goods, the controller has to go to the controller to open the door and then move back to the storage case to take out the goods.

In particular, when the items are not stored in the stored items after storing the items, or when the door is opened without retracting the wallet or the like and the door is opened again, it is troublesome to operate the controller again. There were a number of problems such as poor storage.

Therefore, the present invention is designed to solve the above problems and improves the lock system provided in the storage case of the central management type, so that the crackdown and the termination by the combination of the solenoid and the key cylinder operated by the controller are performed. The object of the present invention is to exclude concerns and to provide ease of storage.

1 is a perspective view of the rear portion of the lock system for a storage box to which the technique of the present invention is applied.

FIG. 2 is a front view of the lock system seen in the direction A of FIG. 1.

Figure 3 is a front view of the article storage box equipped with a lock system for a product storage box of the present invention.

Figure 4 is a view showing the operating state of the lock system for an article storage box to which the technique of the present invention is applied.

Figure 5 is a perspective view of the rear portion of the lock system for storage of goods applied another embodiment of the present invention.

Figure 6 is a block diagram of a lock system for a storage box applied with the prior art.

* Description of the symbols used in the main parts of the drawings *

30; Locker

35; Lock system

40; Key cylinder

41; lock

42; Solenoid

43; Micro switch

55; spring

Hereinafter, with reference to the accompanying drawings will be described the configuration and operation of the present invention for achieving the above object.

1 is a perspective view of the rear portion of the lock system for an article storage box to which the technique of the present invention is applied, FIG. 2 is a front view of the lock system viewed from the direction A of FIG. 1, and FIG. 3 is a state in which the lock system for the article storage system of the present invention is mounted. Front view of the storage box, Figure 4 is an operational state diagram of the lock system for a storage box to which the technology of the present invention is applied, it will be described together with a view showing a locked state.

Each case 31 is divided into a box so as to temporarily store goods of a certain size which are installed in a public place and used by users, and there is a locking means for controlling the door 32 to be opened and closed. A storage box 30 is configured.

The lock system 35 installed in the case 31 as a means for controlling the door 32 provided in front of the storage box 30 is configured to operate in conjunction with a controller 33 provided separately.

The lock system 35 of the present invention as described above,

The lock base 36 is provided to be coupled to the front surface of one side wall of the case 31 and the main key assembly 37 to select the coupling and disengagement of the lock system 35 on the upper side of the lock base 36. It is provided.

In the front of the central portion of the lock base 36, a key cylinder 40 for opening and closing the substantial door 32 is mounted.

The lock 41 is fixed to the rear end of the key cylinder 40, and the solenoid 42 for fixing the lock 41 to the locked and closed state is fixed to the side of the lock 41. And, there is provided a micro switch 43 for detecting the lock state and the unlocked state of the lock 41.

The lock 41 is composed of a circular actuator 45 and a key piece 47 that is bent forward of the operator 45 to enter and exit the opening 46 formed on the side of the lock base 36.

The operator 45 has a keyhole 49 and a release hole through which the operation pin 48 of the solenoid 42 can enter and exit the key piece 47 so as to continuously maintain the key state and the terminated state. Holes 50 are formed respectively.

Of course, the position of the key hole 49 and the termination hole 50 will be formed in the position that the actuation pin 48 can enter and exit when the key piece 47 is in the key position and the release position.

A cam portion 51 is formed on the lower outer periphery of the operator 45 to be in contact with and short-circuited with the microswitch 43, so that it is in contact with the microswitch 43 upon termination and short-circuited when it is closed.

The back of the operator 45 is further provided with a spring 55 to ensure a smooth operability when operating the key cylinder 40 using a key.

The spring 55 is an opening formed in a fixture 56 fixed with a bolt with the operator 45 and a support plate 57 fixed with a pin with the fixture 56 and fixed below the operator 45. It is installed on the operation rod 59 inserted into the (58) to assist the key piece 47 to be terminated or to maintain the state.

5 is a perspective view of the rear part of the lock system for an article storage box to which another embodiment of the present invention is applied, and shows an example in which the spring 55 is installed between the key cylinder 40 and the key piece 47.

The lock system 35 of the present invention configured as described above is used to lock the side wall of the case 31 so as not to be separated using the main key assembly 37.

When the initial state of the lock system 35 as described above is viewed in the open state, the test piece 47 of the lock 41 fixed to the rear end of the key cylinder 40 is positioned in the longitudinal direction of the lock base 36. Thus, the opening 46 is out of the state, and the actuating pin 58 of the solenoid 42 is inserted into the release hole 50 formed on the operator 45 of the lock 41.

Of course, the cam portion 51 formed below the outer circumference of the operator 45 is in a state of being in contact with the micro switch 43.

If the user wants to store the goods in this state, the user goes to the controller 33, which is provided separately, presses the storage button, inputs the number corresponding to the case 31 to be stored, and inputs the amount required for storage.

At the same time as inputting the amount of money, the controller 33 operates the solenoid 42 of the case 31 so that the actuating pin 48 leaves the termination hole 50 to operate the key cylinder 40 by using a key. In this way, the lock 41 can be positioned by the user in a locked state.

The user opens the door 32 of the designated case 31, stores the article in the case 31, and rotates the key cylinder 40 to the locked position so as to be in a locked state.

Then, the lock 41 fixed to the rear end of the key cylinder 40 is rotated in the same direction as the rotation of the key cylinder 40, so that the door 32 is inserted into the key hole through the opening 46 of the lock base 36. Is locked.

At this time, the cam portion 51 formed on the operator 45 is released from the contact state with the micro switch 43 and the controller 33 detects the state of the lock, and the controller 33 checks the lock. At the same time, the solenoid 42 is deactivated for a predetermined time (about 1 minute) to allow the user to reopen the door.

Of course, at this time, the door 32 is not opened because the user has released the key from the key cylinder (40).

In this state, when the specified time elapses, the controller 33 operates the solenoid 42 so that the operation pin 48 is inserted into the key hole 49 of the operator 45 so that the lock 41 remains in the key state. To make it possible.

At this time, the spring 55 is installed on the operation rod 59 connected between the fixture 56 fixed to the operator 45 of the lock 41 and the support plate 57 on the lower side is operable of the lock 41. While ensuring that the lock (41) in the lock state in the lock direction, and in the unlocked state by continuously acting to push the lock to prevent the lock and the release state by natural phenomena.

When the user wants to find the stored goods in this state, the user presses the find button of the controller 33, and if the storage period has not elapsed, the user goes to the case 31 in which the goods are stored without inputting the amount of money. If this has elapsed, it is enough to go to the case 31 after inputting the amount of the elapsed.

By pressing the find button as described above, the controller 33 operates the solenoid 42 of the lock system 35 so that the operation pin 48 is separated from the key hole 49 so that the user uses a key cylinder ( When operating 40), the lock 41 fixed to the key cylinder 40 is released so that there is no problem.

In this state, the user inserts the key into the key cylinder 40, rotates the key to release the locked door 32, and then opens the door 32 to withdraw the stored article.

When the key cylinder 40 is rotated to the open position to open the door 32 as described above, the lock 41 fixed to the key cylinder 40 is also released, and the lock 41 is released to the operator 45. The cam part 51 formed below () is connected with the micro switch 43.

As the contact point of the micro switch 43, the controller 33 recognizes that the lock 41 is open and operates the solenoid 42 again so that the operation pin 48 is inserted into the release hole 50 of the lock 41. By doing so, it will maintain the same state as the initial one.

The present invention as described above improves the lock system provided in the storage box storage case of the central management type to eliminate the risk of theft by controlling and canceling by the combination of the solenoid and the key cylinder operated by the controller, and keeps the goods safe. It has many effects, such as being able to provide ease of use.

Claims (3)

A case 31 installed in a public place and provided with a box body so as to temporarily store goods; The lock system 35 provided in the case 31 to operate in conjunction with the controller 33 is provided separately as a locking means for intermittently opening and closing the door 32 installed in the case 31. Branch having the lock system 35 of the storage box 30; The lock system 35 includes: a lock base 36 provided to be coupled to a front side wall of the case 31; A main key assembly 37 provided on an upper side of the lock base 36 to select engagement and disengagement of the lock system 35; A key cylinder 40 mounted rearward from the front of the central portion of the lock base 36 to open and close a substantial door 32; A lock 41 fixed to the rear end of the key cylinder 40; On the side of the lock 41, the solenoid 42 to adhere to the locked and unlocked state of the lock 41; A micro switch 43 provided below the lock 41 to detect a locked state and a canceled state of the lock 41; The lock (41) comprises a circular actuator (45) and a key piece (47) for entering and exiting the opening (46) which is bent forward of the operator (45) and formed on the side of the lock base (36); The operator (45) includes a lock hole (49) and a release hole (50) which can be kept in the lock state and the unlock state by the operation pin 48 of the solenoid (42); A cam portion 51 formed at a lower outer periphery of the operator 45 to contact and short-circuit with the microswitch 43 so that the controller 33 can detect the lock and disengage state; Locking system for a storage box, characterized in that the back of the operator (45) further comprises a spring (55) to ensure a smooth operability when operating the key cylinder (40) using a key. The method of claim 1; The spring 55 is a fixture 56 that is bolted to the operator 45; It is fixed by the fixture 56 and the pin is installed on the operating rod 59 connected between the support plate 57 is fixed to the lower side of the operator 45 so that the test piece 47 can be terminated or maintain the key condition Locking system for storage of goods, characterized in that it assists. The method of claim 1; The spring (55) is a lock system for goods storage box, characterized in that installed between the key cylinder (40) and the key piece (47).