JP2017218845A - Lock restricting person operating and replacing lock and dummy lock - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a lock mechanism and a dummy lock that enable continuous use of a security box, even when an operation of the lock is disabled due to a loss, failure or theft of a key of the lock.SOLUTION: A common bolt 20 provided on a common opening 25 of a body 21 and a cover 22 of a security box may be locked and unlocked even when a locking/unlocking operation is disabled for either of a plurality of locks 1-A, 1-B or locking/unlocking operation members, using the other lock, the other locking/unlocking member or a dummy lock or locking member.SELECTED DRAWING: Figure 15

Description

A common locking member is arranged in the same and the same opening shared by the main body and the door that can be opened and closed, and it is shared by multiple locks and dummy locks even in the event of a lock failure or when there is concern about unlocking the key. The lock member is controlled to be locked or unlocked, and forcedly locked, and a lock mechanism is constructed that allows a member having a plurality of locks and dummy locks to be used safely and continuously. , A protection member, a lock engaging member, a lock mounting portion, a lock, and a dummy lock.

Conventional security members and security storage members can be used or left as they are without protection, even if the lock is broken, the key is lost or stolen, or the unlocking method is leaked. There was no choice but to use alternatives.

Therefore, by using a plurality of locks and dummy locks of the present invention, instead of the lock when it cannot be used, it can be immediately forced to be locked with a dummy lock, and unlocking and unlocking by any other lock among the plurality of locks Through operation, the security member can be used continuously.

Based on the background art, the definition of the “dummy lock” of the present invention will be described in detail first.
A “dummy lock” is a “dummy lock” that is used when a lock of any of the locks cannot be locked, and is projected from the lock or attached to the lock instead of the lock of the lock. It is a member having a locking or locking effect. The dummy lock has the same shape and size as the lock collar, or has the same locking effect as the lock of the protruding lock, and the same shape as the lock that protrudes the lock in the locked state. Consists of things.

As a method of use, take out the lock from the lock mounting part, and project or attach the dummy lock from the lock, or can protrude without attaching the lock to the lock mounting part, By attaching to the lock mounting portion, it becomes possible to force-lock with a dummy lock instead of the lock. Furthermore, even when the forced locking state with the dummy lock is maintained, when unlocking the main body and the door, the main body is operated by operating the other locking / unlocking operation part and retracting the other locking paddle. And the door can be unlocked.

Therefore, the major difference in the operational effect between the normal lock and the dummy lock of the present invention is that, in the case of the lock, the hook protrudes or retracts by the operation of the outer locking / unlocking operation unit such as the main body or the door. The dummy lock can be operated repeatedly from the outside of the main body or door, etc. After unlocking the main body and the door with the other locks provided, it is only necessary to perform a reset operation to store or return the protruding state of the dummy lock attached to the internal lock mounting part to the original state. A forced locking member made of a locking member, wherein the dummy lock in the locked state cannot be unlocked or opened.

As a note, even if the dummy lock has a shape fixed to one of the opening shared by the main body and the openable / closable door, the same effect as described above can be obtained. In addition, from the inside or the inside of the door, the manual locking or the non-contacting operation by the operating member can be performed to forcibly lock the dummy locks and to unlock or reset them to be stored. In addition, since the dummy lock is a false lock to be locked or locked, even if the user of the dummy lock is set once, it cannot be unlocked or reset from the surface or front side of the locked main body and lid. Become.

The conventional security box cannot be easily replaced with a lock, and is a solid, heavy, square with a handle that cannot be seen inside the crime prevention, and has a design like an office product that does not waste. Also, the lock mechanism mounted on the doors of conventional safes and entrance doors is firmly installed in the design and crime prevention, and the lock cannot be easily replaced by yourself. Was. In addition, functions include a double lock function with multiple locks installed at different locations, an unlocking method with a master key that can unlock all locks when the locks can no longer be unlocked, and storage space can be removed. There is a function that can temporarily disable the unlocking operation of objects and locks, and a function that unlocks one lock in two ways.
(In addition, based on the background art, the definition of the word of the present invention is described as a note below.)
1: The “same opening” is the only common opening that is engaged so that the main body and the door that can be opened and closed are in contact with each other. In other words, the main body and the door are provided. In the present invention, the term “the same opening” is used as a unified notation.
1: “Dummy lock” is a state in which the unlocking operation of the dummy lock main body is held in an impossible state, and a common lock member, 閂 or 閂 action member, protective member, and the same opening are forcibly It is a generic term for the concept of a compulsory locking member including a member made of a locking member or a locking member having the function of a dummy (fake) and a dummy rod that can be held in a locked or locked state, and the present invention. Then, we will use the “dummy lock” for unified description.
1: “Lock mechanism” mainly includes locking / unlocking operation members, gun fronts, lock mounting parts, members equipped with hooks or scissors, common lock members, lock locking members, protective members, horizontal stabilizing members, etc. A series of combined scissors mechanisms or locking systems arranged.
1: “Protective member” is a member having a scissor action that is composed of a scissor holder and a shielding member, and protects the scissors provided by the lock from being blocked or shielded from being broken by an external force. In addition, the common lock member can be locked, unlocked, or forcedly locked by the effect of the hook that responds to the locking / unlocking operation of the locking / unlocking operation member or the lock and the forced locking operation using the dummy lock. It can be controlled.
Furthermore, it is a member that also has the effect of easily raising the security level by simultaneous locking operation of a plurality of locks attached to the lock attachment part.
1: The “main surface” provided in the lock means a surface having an operation part or a display part of the lock, and the “other face” is a surface having neither an operation part or a display part of the lock. That is.
1: The “hook holder” is a member that protects the lock provided on the lock by covering or shielding the lock.
1: “Means for blocking locking / unlocking operation or means for blocking operation of locking / unlocking operation unit” means means for concealing the operation unit provided in front of the lock to disable operation.

JP 2009-62780 A JP 2003-285858 A JP 2008-196293 A Noto 49-98300

In the case of a travel suitcase, which is one of the conventional security storage members, in the event of a lock failure, loss of the key or theft, the lock must be destroyed and unlocked or used in an unprotected unlocked state. It was.

In addition, since door locks and safes are made firmly, the lock cannot be easily broken by oneself, and there was no choice but to ask a specialist to unlock the lock at a high cost.

Therefore, in order to solve the above problem, any member of the lock and the storage member having a security function and having a plurality of locks and dummy locks according to the present invention, which is composed of a main body and an openable / closable door, cannot be used. However, a common locking member that is shared by the main body and the door that can be opened and closed and is disposed in the same opening, which is the only opening, is locked or unlocked and forcibly locked, and has a security function. Provided are a lock mechanism, a protection member, a lock mounting portion having a lock locking member, a plurality of locks, and a dummy lock that enable a main body, an openable / closable door, and a lock to be used continuously.

The valuables that are usually carried are cash, wallets, watches, mobile phones, passbooks, jewelry, electronic recording media, and the like, and it has been difficult to always carry all the valuables.

There was also a problem described below when it was necessary to temporarily leave valuables.
1: When using a restroom while in transit or on board.
1: When bathing or swimming.
1: During hospitalization or visit to a hospital room, during examination in the examination room or during radiography in the X-ray room.
1: Collective management of valuables by third parties during school events and school excursions.
1: Collective management of valuables in separate rooms, such as during work-training, seminar audience, and factory tours.
1: When using a common safe with a single key in a shared room during a business trip or employee trip.
1: When traveling to a cheap hotel front desk or an in-room safe for overseas travel.
In some cases, such as the above, I temporarily leave the place with valuables, so there are times when I am worried about security.

The conventional security box was made heavy by security measures such as double lock for crime prevention, so it was very heavy even for portable models. Further, when the weight is reduced and the size is reduced, the structure becomes relatively simple and the security function tends to be lowered. Conventional security boxes are mostly rectangular and are mostly carried around by hand when carried around, so they are not fashionable designs that can be carried in a bag. The conventional security box was designed to prevent the inside of the storage unit from being seen from the outside for security purposes, so it took time to check the security box when going to work or checking the airport. At airports, etc., there was no visualization effect such as sports equipment and musical instrument cases with locks of standard sizes and travel suitcases with locks, and it was difficult to distinguish them, so they misunderstood others' possessions. If there is no bank or security function, such as outdoor leisure, there is anxiety if you leave it as it is to others, you have to manage valuables yourself, you have to carry it in a waist pouch, back, pocket etc. In the conventional lock box unlocking or unlocking operation method using a lock, there is no operating means for locking or unlocking an opening at one location with either of a plurality of locks. In addition, there was no dummy lock that could lock the opening by protruding the locking member in the same direction as the heel. If the lock box cannot be locked or unlocked due to loss of the key, theft or lock failure, or power consumption of the lock using electricity or electronic equipment, etc., the security box cannot be used continuously, or the key is carried There was also a risk that a third party who intentionally stolen or lost a key intentionally unlocked the security box using the original key. In the case of a security box using a conventional lock, when the lock could no longer be unlocked, it was requested to be opened by a key supplier, but if the lock failed or the key was lost, the security box that could not be locked was locked. The security box was not usable, and the security box became unusable, and the lock and the security box were all left as garbage. In addition, the lock mechanism, which is a conventional lock system for security cases and building doors, is often installed for design and crime prevention purposes. When replacing a lock mechanism, it cannot be easily replaced by itself. Most of them were paid by a specialist. The conventional security box has few variations, and it cannot be used in any combination, such as the type of keys and locks, the unlocking rate, and the shape of the security box. Documents can be rolled or folded in the security box housing. For items that can be stored or cannot be folded, such as a substitute for a large duralumin case, the stored items were used according to the shape of the security box. Many portable security boxes are mass-produced to be manufactured at a low cost. If the lock or unlock operation functions cannot be used, such as lost keys, broken keys or locks, or cannot be used due to rust or distortion of the security box. In many cases, the repair price tends to be higher than the purchase price, or the product cannot be repaired due to an overseas product or a structural problem, and the waste is often discarded.

Even though the safe with a conventional lock is equipped with an advanced double lock crime prevention function that combines a dial lock and a cylinder lock, the dial lock is not used during normal use due to the cumbersome operation of locking and unlocking. In some cases, the unlocking and unlocking operations were performed only with the cylinder lock that had been unlocked and the crime prevention effect was lowered at one place. Easily convert conventional security box and case lids, doors of vaults, and doors of buildings, transportation members, etc. to locks with advanced crime prevention functions or to evolve new functions. Could not be replaced. In addition, it is not possible to mount multiple locks simultaneously on the same lock mounting part, or select the latest locks each time and use them in an evolved state, and the security level of the lock is It was not easy to raise. In the case of a conventional lock, even when the lock cannot be used due to a failure or loss of a key, measures for stopping the lock cannot be immediately taken as it is. In the conventional security box, when the lock can no longer be used, the function as the security box does not work, and the security box cannot be used at that time. In addition, as a measure to stop the use of the lock, the lock that also has a dummy lock that can be forcibly locked by allowing the dummy lock that has been locked to the lock to protrude in the same direction as the protruding direction of the lock in the contact or non-contact state. There was no. Moreover, there has been no lock mechanism equipped with a means for increasing or decreasing the locking force with respect to the external force of the forced unlocking action with respect to the locking / unlocking operation unit and the lock, or a function capable of maintaining a stable state. Furthermore, when changing or exchanging the lock attached to the lock attachment part, the other locks or the lock mechanism is operated to limit the administrator who can exchange, unlock, or change the lock attached to the lock attachment part. There were no locks or lock mechanisms equipped with control functions. If the key cannot be locked or unlocked due to loss of the key, theft or lock failure, or the power consumption of the lock using electricity or electronics, etc., the lock mechanism cannot be used continuously, or the key is carried. However, there was a risk of the unlocking operation of the lock mechanism using the original key by a third party who deliberately stealed the lock key or picked up the lost key. I couldn't take it and had to leave it as it was.

The lock is a lock that can prevent the operation of the locking / unlocking operation portion of the lock even when it is attached to the lock attachment or removed and reattached. The surface where the operation part of the lock provided in the lock is concealed or concealed by the concealment part provided in the lock or attached to the lock mounting part The lock has a means for performing a concealing operation.

The main surface with an operation part is a lock that can prevent the lock lock of the lock from being operated by operating the operation part of the concealing means provided on either side, and the lock is attached to the lock attachment part. In such a state, a single concealing member provided on any surface of the lock, operating the operation unit or taking out the lock from the lock mounting unit, rotating the lock, or independent of the previous lock. A means for engaging and moving or concealing the concealing member provided on the surface of the display part of the lock, or concealing with the concealing member, prevents the operation of locking and unlocking the scissors provided on the lock. A lock characterized by comprising means.

A main body having a single opening and an openable / closable door that matches and engages or fits into the opening are provided with a common locking member in the opening, and the main body Or the locking or unlocking by a plurality of locks arranged on the door or both, and the forced locking by a dummy lock to control the common locking member to lock and unlock the opening, the main body and A dummy lock that enables continuous use of the door,
A common locking member is disposed in the opening where the main body having a single opening and the freely openable / closable door that engages or fits to match the opening are in contact with each other. Or arranged on the door or both, locking or unlocking by a plurality of locks, and forcibly locking by a dummy lock, controlling the common locking member, unlocking and unlocking the opening freely, A dummy lock that enables continuous use of the main body and the door, and when any of the locks cannot be unlocked, unlocking or locking by any of the other locks, When the lock is not lockable, the dummy lock is forcibly locked, and the lock is unlocked or unlocked by any of the plurality of other locks. Control to either state, the body and the The dummy tablets, characterized in that to exercise the continued use of the opening and closing by unlocking.
In the case where the lock cannot be locked, the dummy lock can control the common lock member to a forced lock state by forced locking by the dummy lock instead of locking and unlocking the hook of the lock. It is a dummy lock that opens the unlocked door, takes out the lock from the lock mounting part, erects the dummy lock, and reattaches it in a protruding state or remains mounted on the lock mounting part The dummy lock disposed in front of the lock is operated to cause the dummy lock to protrude in the same direction as the protruding direction of the hook, and the main body and the door are forcibly locked. A dummy lock characterized by being stopped and held.

The dummy lock is a dummy lock that can project the dummy lock in a non-contact manner and control the common locking member to a forced locked state, and opens the door in an unlocked state, and the lock mounting portion In the non-contact state from the inside or inside of the main body or the door, the dummy lock is transmitted in response to a drive unit that interposes a receiving member provided inside the lock. A dummy lock characterized in that the main body and the door are forcibly locked and held by a forcible locking operation that protrudes in the same direction as the protruding direction of the bag.
The dummy lock provided inside or outside of the main body or the lid holds the common lock member in a forced lock, and only the reverse operation or the reverse reaction of the protruding operation prevents the dummy lock from being locked. A dummy lock whose state cannot be reset, and when the dummy lock is protruded, an elastic body that responds to the protrusion or movement of the dummy lock pushes the engaging member and engages or abuts to engage the dummy lock. The reset operation for stopping and storing the dummy lock in the protruded state stores the engagement member by an operation by a dedicated operation of the dummy lock, which is an operation different from the locking and unlocking operation of the hook included in the lock, Only when the dummy lock is released from the locking member, the dummy lock is stored and the forced lock state of the common lock portion by the dummy lock is released.

A plurality of locks and dummy locks are provided on the main body or the openable / closable door, or both, and the door is opened at any one of the locks, and is provided inside or outside the main body or the lid. A dummy lock that protrudes in contact or non-contact, holds a common locking member in a forced lock, and cannot be reset only by reverse operation or reverse reaction of the protrusion operation. When the dummy lock is protruded in a non-contact manner by the contact or the transmission medium transmitted by the operation member, the elastic body responsive to the operation of the dummy lock pushes the engagement member, engages or abuts. When the dummy lock is locked, and the reset operation is separate from the lock / unlock operation of the lock of the lock, and the engagement member is stored and the dummy lock is released from the lock member. Only the dummy tablets And paid, the dummy tablets, characterized in that solving the state of the forced locking of said common locking portion by the dummy tablets.

It has a single shape or a shape provided on the lock, or a shape provided on the same opening where the main body and the openable / closable door engage with each other, and is disposed in the same opening. A dummy lock that forcibly locks the lock member, and locks and holds the main body and the door, and if any of the locks cannot be unlocked or unlocked, instead of the lock that the lock has, A dummy lock, wherein the dummy lock is mounted on the lock mounting portion, the common lock member is forcibly locked, and the main body and the door are held in a locked state.

It has a single shape or a shape provided on the lock, or a shape provided on the same opening where the main body and the openable / closable door engage with each other, and is disposed in the same opening. A dummy lock that forcibly locks the lock member, and locks and holds the main body and the door, and if any of the locks cannot be unlocked or unlocked, instead of the lock that the lock has, A dummy lock, wherein the dummy lock is mounted on the lock mounting portion, the common lock member is forcibly locked, and the main body and the door are held in a locked state.

If the lock has a locking effect of the lock, and the lock cannot be locked and unlocked, the main body and the openable / closable door contact, match or engage with each other instead of the lock. And opening the shared opening with a protruding locking member, which is a dummy lock that can be held in a forced locked state, and opens the door in the unlocked state. The dummy lock protrudes or stands in the same direction as the direction or in the other direction, in a state where it is in contact with the dummy lock, or in a non-contact state remote operation in which a transmission medium is transmitted by an operation member, The only opening that the doors engage with and share with each other is directly locked with the dummy lock, or the protective member and the common lock member disposed on the main body or the door are interposed, with the dummy lock, Forcibly locking the protective member and the common locking member To, dummy tablets and controlling the state of locking the main body and the door.

Either a main body or a door that can be freely opened or closed, or both, a plurality of locks having a hook are provided, and either one of the main body or the door, or both, a dummy lock made of a locking member is provided. If it is impossible to lock with the lock of the lock, open the door in the unlocked state, replace the lock with the lock of the lock, inside the door, or inside the main body to be engaged The dummy lock provided is a dummy lock that protrudes in contact or non-contact, and can hold the main body and the door in a state of forced locking,
It is provided in a fixed lock, can protrude in the same direction or in the opposite direction as the heel of the lock, and is a non-contact forced locking operation by an operation member, and a contact or non-contact operation in a fixed state, A dummy lock that is removed from the lock mounting portion and remains in the same direction or is turned in the opposite direction so that the dummy lock is protruded and remounted to control the common lock member.
Either one of the main body and the openable / closable door, or both, are provided with a plurality of locks having a hook, and either the main body or the door is provided with a single dummy lock, or If the lock is incapable of being locked with the lock that has the lock, the lock that has been unlocked is opened and the lock is provided inside the door or inside the main body to be engaged. In place of locking and unlocking with the hook, the dummy lock that the lock has is made to protrude in contact or non-contact, and the main body and the door can be held in a forced locked state,

The lock having a hook provided on the main body or the openable / closable door, or both, locks or unlocks a common locking member provided with a single opening that is engaged and shared by the main body and the door. A dummy lock provided in front of the lock, protruding in a direction different from the operation of the hook in the same direction as the locking direction of the hook, locking a common locking member, and forcibly locking the opening. The locked lock is specially operated in a non-contact state by a lock operation member, and the dummy is protruded and held in place of the hook of the lock, and the common lock member is forcibly locked. A dummy lock that is controlled to a state so that the main body having the opening and the door are in an unlockable state.
Overlay, align in parallel, or either one is sandwiched by the other member, or either one is placed inside or outside in a cylindrical state, and the lock and dummy lock on the lock mounting part It can be operated in a non-contact manner with an operation member from the outside while being mounted, or can be protruded or stored in the same direction from the notch hole provided in the lock in the same direction by the contact operation, and the dummy lock. A lock that can be forcibly locked and a common lock member can be controlled, and if any of the locks cannot be unlocked, the lock is unlocked or locked by any of the other locks. When the lock is not lockable, the dummy lock is forcibly locked, and the lock is unlocked or unlocked by any of the plurality of other locks. Control to either state, It said lock, characterized in that it openably controlling the same opening provided in the body and an openable and closable door.
Continued use (a storage member consisting of a main body and an openable / closable door) by controlling a common locking member provided with a plurality of locks and dummy locks to lock, release, or forcibly lock. The same opening, and if any of the locks cannot be unlocked, unlock or lock with any of the other locks, and if any of the locks cannot be locked, dummy A door that can be opened and closed freely by controlling the locking member to be locked, unlocked, or forcibly locked by locking with a lock and locking or unlocking with any of a plurality of other locks. The same opening part provided with the means which enables continuous use of the storage member which consists of.
The main body and the door that can be freely opened and closed are provided with a common locking member, the main body or the door is provided with a lock and a dummy lock, and the main body has a plurality of the openings, and A common locking member that can control the locking and unlocking of the door, and when any one of the plurality of openings cannot be unlocked, the lock by the lock provided in any one of the plurality of other openings When the unlocking or locking of the common locking member and any of the plurality of openings cannot be locked, the common locking member is forcibly locked by the dummy lock, and any of the other plurality of the opening The same opening of the main body and the openable / closable door can be opened / closed by controlling the opening to either the locked / unlocked or forced-locked state. A common locking member characterized by being controllable.
If the lock has a locking effect of the lock, and the lock cannot be locked and unlocked, the main body and the openable / closable door contact, match or engage with each other instead of the lock. And opening the shared opening with a protruding locking member, which is a dummy lock that can be held in a forced locked state, and opens the door in the unlocked state. The dummy lock protrudes or stands in the same direction as the direction or in the other direction, in a state where it is in contact with the dummy lock, or in a non-contact state remote operation in which a transmission medium is transmitted by an operation member, The only opening that the doors engage with and share with each other is directly locked with the dummy lock, or the protective member and the common lock member disposed on the main body or the door are interposed, with the dummy lock, Forcibly locking the protective member and the common locking member To, dummy tablets and controlling the state of locking the main body and the door.

As a means for solving the above problems, the present invention comprises a common lock member, a plurality of locking / unlocking operation members having hooks, and a locking member in the same opening where the main body and the openable / closable door are in contact with each other. A dummy lock, the locking / unlocking operation member is locked or unlocked, the common locking member can be controlled to be locked or unlocked, and the dummy lock is forcibly locked. The same opening that can be controlled, and when any of the locking and unlocking operation members cannot be unlocked, unlocking or locking by any of the other locking and unlocking operation members, and any of the locking and unlocking When the locking of the operating member is impossible, instead of locking or unlocking by the hook of the locking / unlocking operating member, the dummy lock is protruded, the common locking member is forcibly locked, and any other With locking or unlocking by the locking / unlocking operation member, The serial body and the door, to provide the same opening and controlling the state of locking or unlocking. In addition, a plurality of locks having a hook and a lock mounting part to which the lock can be attached and detached are disposed in the same opening, and the locks of the lock are locked or unlocked, and the common lock The member can be controlled to be locked or unlocked, and is the same opening that can be controlled to be forcibly locked by the dummy lock, and when any of the locks cannot be unlocked, any of the other When unlocking or locking by a lock and any of the locks cannot be locked, instead of locking or unlocking by the lock of the lock, the dummy lock is projected to forcibly lock the common locking member In addition, the same opening portion is provided in which the main body and the door are brought into a locked or unlocked state by locking or unlocking by any other lock. In addition, the lock that has the lock and unlock operation unit and the main surface provided with the display unit, and the other side not provided with the operation unit and the display unit, the lock is opened in an unlocked state, It is the same opening that can be attached to the lock mounting portion in a state where it is removed from the lock mounting portion disposed in the same opening and rotated and rotated toward the main surface or the other surface, and is taken out. The operation of attaching the lock in the locked state to the lock attachment portion and locking the common lock member, and attaching the lock to the lock attachment portion with the lock facing the other surface, And the operation of concealing the display unit and the display unit, the common locking member can be forcibly locked, and the operation of the locking / unlocking operation unit and the display unit provided on the main surface can be prevented. Provide an opening. In addition, the lock mounting portion is mounted with a lock that combines a hook and a dummy lock, and the lock or unlocking of the lock that the lock has and the forced lock that causes the dummy lock to protrude are common to If the lock member is the same opening that can be controlled to be locked, unlocked, or forcedly locked, and if unlocking of any of the locks is impossible, unlocking by any of the other locks or Locking, and if any of the locks is not lockable, instead of locking or unlocking the bag of the lock that cannot be locked, forced locking that causes the dummy locks to project together, and any other In the locking or unlocking of the lock, the common locking member is controlled to either the locking or unlocking or forced locking state, and the main body and the door are locked or unlocked. Providing the same opening. In addition, it is pre-formed in the shape of a single unit that is independent, and has a locking action effect in which a lock has a protrusion, and a main surface of the lock is rotated and attached to the lock mounting portion in a state facing the other surface, The concealing effect that invalidates the operation of the locking / unlocking operation portion of the lock, and the outer shape or the outer shape of the lock, and the dummy lock made of a shape member is attached to and detached from the lock mounting portion, and the common lock member is The same opening that can be controlled to the state of forced locking, and by mounting the independent dummy lock on the lock mounting portion, the outer body or the outer shape of the dummy lock has the main body and the outer shape. An identical opening is provided that controls the door to be forced locked.

A dummy lock that forcibly locks the common locking member provided and disposed in the same opening and holds the main body and the door in a locked state. When the operation member cannot be locked or unlocked, the dummy lock is protruded by contact or non-contact in place of the lock and unlocking of the bag and the lock of the lock operation member, and the common lock A dummy lock is provided, wherein a member is forcibly locked, and the main body and the door are held in a locked state. Further, the dummy lock is provided in the lock, can be detachably mounted on the lock mounting portion disposed in the same opening, and the common lock member is controlled to be in a forced lock state, It is a dummy lock that holds the main body and the door in a locked state, and when locking or unlocking the lock is impossible, in place of the lock that the lock has, the contact or non-contact A dummy lock is provided, wherein a dummy lock is protruded, attached to the lock mounting portion, the common lock member is forcibly locked, and the main body and the door are held in a locked state. The dummy lock is provided in the lock, and is detachably mounted on the lock mounting portion disposed in the same opening, or the lock that the lock has while being mounted on the lock mounting portion. The dummy lock is protruded in the protruding direction, the common lock member is controlled to be in a forced locked state, and the main body and the door are held in a locked state. If locking or unlocking is not possible, instead of the lock possessed by the lock, the dummy lock that is also used is taken out from the lock mounting portion and protruded, and reattached to the lock mounting portion, or in contact or non-contact , The dummy lock is protruded in the same direction as the lock protruding direction of the lock, the common lock member is forcibly locked, and the main body and the door are held in a locked state. To provide a dummy lock . The locking effect formed by the independent single shape and projecting the ridge of the lock, and the locking / unlocking operation of the lock by rotating the lock and turning the main surface to the other surface. And a concealing effect that invalidates the operation of the part, and a dummy lock having an outer shape or an outer shape, and when the lock cannot be unlocked and unlocked, instead of the lock that the lock has , The dummy lock having the outer shape or the outer shape having the locking action effect and the concealing action effect is attached to the lock attaching part, and the common locking member is forcibly locked. A dummy lock is provided, wherein the main body and the door are held in a locked state.

The lock and the dummy lock can be locked to the lock mounting portion by being mounted on the lock mounting portion provided with the same opening, and the main body and the openable / closable door are unlocked. When the door is opened, the lock locking member previously attached to the lock mounting portion is removed to open a detachable space for the lock or the dummy lock, and the lock and the dummy lock are attached to the lock. A lock engaging member that can be detachably attached to the part, removing the lock engaging member previously attached to the lock attaching part, opening a detachable space for the lock or the dummy lock, and in an unlocked state, The lock and the dummy lock, the lock in a state in which the lock in the locked state is protruded, the lock in the state in which the dummy lock in the locked state is protruded, and the independent independent dummy lock, In the opened space Or by applying the space is dynamic, providing a lock engaging member, characterized in that attached to and detached from the lock mount portion.

Further, the lock locking member having a lid shape for locking the lock mounting portion provided with the same opening portion is provided on the lock and dummy lock attaching / detaching portion of the lock mounting portion. A lock locking member that can be fitted to the outside to lock the lock and the dummy lock, and removes the lock lock member that has been fitted in advance to the outside of the detachable portion, so that the lock or Opening and removing space for the dummy lock, the lock and the dummy lock in the unlocked state, the lock and the dummy lock in a state where the lock in the locked state protrudes, and the dummy in a single independent shape A lock locking member is provided, wherein the lock is moved to the opened space or applied to the opened space to be attached to and detached from the lock mounting portion.

A main body having a plurality of the same openings provided with the dummy lock and one locking / unlocking operation member, and each of the openings can be controlled to be locked, unlocked, or forcibly locked. And if any of the openings cannot be unlocked, if any of the other openings is unlocked or locked, and if any of the openings cannot be locked, the opening In place of locking or unlocking by the hook of the locking / unlocking operation member provided by the portion, the dummy lock is protruded to hold the opening in a state of forced locking, and any other The plurality of openings of the main body and the door are controlled to be locked, unlocked, or forcedly locked, and the openings are opened. Or a main body and a door characterized by being in a closed state. The main body and the door having a plurality of the same openings, the dummy locks arranged on the main body, the doors, and the locking / unlocking operation members having the hooks are arranged on the common lock member. The main opening and the door that can be controlled to be locked, unlocked or forcibly locked, and if any of the same openings cannot be unlocked, When the unlocking or locking of the same opening and the locking of any of the same opening is impossible, the dummy lock is protruded instead of the hook provided with the same opening. The same opening is held in a forced-locked state, and any other one of the same openings is unlocked or locked, and each of the plurality of the same openings is locked or unlocked. Or controlled to either of the forced locking states, the main body and the door have the same. Body and door openings, characterized in that the state of opening or closing of the.

A main body having any one of a building, a storage member, a transport object having a storage portion, and a device or a member having a lock function and having the same opening and a door that can be opened and closed are provided.

A locking mechanism having a slanted surface having a wedge effect on either or both of the claw acting member and / or the protection member of the locking / unlocking operation member or the lock, wherein the locked claw acting member provides the protection member. The inclined surface of the protective member is pushed in the locking direction in proportion to the pressing force of the eaves acting member by the wedge effect obtained from the inclined surface of the protective member that is pushed in and contacted in the locking direction. A locking mechanism is provided that increases or decreases the locking force in the locking direction in which the protective member advances.

Both the protective member or the protective member and the acupuncture action member are provided locally on the inclined surface, and in normal times, the inclined surface is maintained in a horizontal position or in a horizontal state. A lock mechanism including a member, wherein the horizontal stabilizing member in contact is deformed so as to form an angle of the inclined surface when the pressing member is pressed more than a certain level, and the inclined surface A locking mechanism comprising the horizontal stabilizing member that increases or decreases the locking effect of pressing in the locking direction in proportion to the pressing force by the wedge effect by the angle.

A horizontal stabilizing member that is provided locally at the inclined surface of the eaves action member and keeps the inclined surface in a horizontal position during normal operation. Forming the angle of the inclined surface, and increasing or decreasing the locking effect of pressing in the locking direction in proportion to the pressing force by the wedge effect by the angle of the inclined surface of the eaves member. A horizontal stabilizing member is provided.

As a means for solving the above problems, the present invention is characterized in that the main body and the openable / closable door have a common lock member in the same opening that contacts each other, and the lock is provided on the main body and / or the door. A state in which the lock or the dummy lock in a state where the lock in a state in which the lock and the dummy lock are housed together can be mounted on the plurality of lock mounting portions having members and the lock in the locked state is protruded. The lock is a lock that can be attached to and detached from the lock mounting portion by applying a space opened by removing the lock locking member, and the lock is unlocked when either of the locks is locked. If this is not possible, means for controlling the lock member to the unlocked state or the locked state with the barb operated by operating the locking / unlocking operation portion of the other lock, and either one of the locks unlocked. Locking operation is impossible in the locked state In this case, the means for forcibly locking the lock member by raising the dummy lock included in the lock, and the means for controlling the lock member in a locked state or an unlocked state with the hook provided in the other lock The lock is provided with means for opening and closing the same opening.
Further, the lock is a lock that can be rotated and mounted on the lock mounting portion, and the main surface with the operation portion of the locking and unlocking provided in the lock is concealed toward the other surface without the operation portion. There is provided a lock characterized by comprising means for preventing the operation of the operation part of the locking / unlocking provided in the lock from being attached to the lock mounting part.
In addition, it has a lock engaging member and a fastener for detachably mounting the lock, and when the main body and the openable / closable door are opened in an unlocked state, the fastener is released, and the lock engaging member and A lock mounting portion that can be attached to and detached from the lock, the means for attaching the lock mounting portion toward the main surface or the other surface of the lock, and removing the lock locking member to open a lock attachment / detachment space. And a means for moving the lock in a state in which the lock in a locked state protrudes or a lock in a state in which a dummy lock in the locked state is raised to the opened space. A lock mounting part is provided.
A lock mounting portion capable of mounting a plurality of locks that have been differentiated in shape, etc. to one lock mounting portion, wherein the locks that have been differentiated in shape and so on are overlaid on one lock mounting portion and each lock There is provided a lock mounting portion comprising both means for simultaneously using the locking / unlocking operation and means for attaching / detaching a lock storage case overlaid with the lock.
A member having the same function and effect as a dummy lock provided in the lock and having a function of a dummy rod having a single shape independent from the lock, is a lock mounting portion that can be attached and detached, and the dummy lock There is provided a lock mounting portion comprising means for forcibly locking a common lock member by mounting a member having the above action on the lock mounting portion.
A lock mechanism comprising a lock mechanism in which a lock is provided and a protective member and a lock member are combined in series. The lock provided with a lock piece provided in the lock mechanism can be opened and closed with the main body. The locking mechanism is provided in the lock mechanism, and the locking mechanism is configured to change the specifications of the collar in comparison with the inner wall of the door and to stop the collar piece and the inner wall from being opposed to, opposed to or engaged with each other. And a means for reducing or avoiding or blocking the breaking force directly received from the outside with respect to the hook provided to the lock by interposing the protective member between the hook acting member and the lock provided to the lock. A lock mechanism is provided.
A protection member for protecting the lock attached to the lock attachment portion, wherein the lock is provided by interposing the protection member between a scissors operating member provided in a lock mechanism and a scissors provided in the lock. Provided is a protective member provided with means for covering or shielding the bag.
It is a protective member that has an acupuncture action and responds to the operation of locking / unlocking with a lock provided in the lock. Each of the hooks simultaneously locks the protective member to control the common locking member in a locked state, and each of the hooks is unlocked only when the hooks are unlocked simultaneously by the unlocking operation of the locks. There is provided a protection member comprising means for bringing the lock member into an unlocked state when the protection member locked by the operation is in an operating state.
A lock storage case that includes means for simultaneous use and operation of locking and unlocking by each lock by layering differentiated locks such as reduced shapes, and is compatible with the lock engaging portion provided in the lock storage case Means for engaging the lock engaging portion of the lock and mounting the lock storage case on which the lock is mounted without changing the shape of the lock or the volume of the lock; And a means for concealing the operation part of the locking / unlocking operation of the lock attached to the lock storage case.
The lock mounting part provided is a main body provided with a lock and a door that can be opened and closed, and has any shape of a building, a storage member, a transport object provided with a storage part, and a device or member having a lock operation. A main body and an openable / closable door are provided.
A security box in which a lock, a lock mechanism and a lock mounting member made of a lightweight reinforcing member capable of reducing the size and weight of the member can be attached to and detached from the main body and an openable / closable door. The security box is transparent or semi-transparent. Combined with a visualization function and design processing made of transparent synthetic resin or composite fiber reinforced plastic, release the fastener provided in the lock mounting part, attach and detach the lock locking member, The lock with the lock in the unlocked state in which the lock is stored and the lock in the locked state, or the lock in the state where the dummy lock is raised, is provided in the main body and the door. Means for attaching to the door, means for attaching to the lock storage case and the lock attaching / detaching engaging member to which the lock is attached, and attaching the lock to the inside of the main body and the door, and the security box. A security box comprising: a concealing member provided in the box or means for concealing the inside of the security box and the operation part of the locking and unlocking provided in the lock by the action effect of the optical liquid crystal and the electric liquid crystal I will provide a.
Furthermore, the security box is designed and processed with a shape such as a hollow shape or a solid shape formed of a casing, a cylindrical shape, a cap shape or a honeycomb structure, or a very thin rod shape or a very thin plate shape. There is provided a security box characterized by comprising a lock, a lock mechanism, and a lock mounting portion which are formed of a light weight and a rigid member, and which have a given shape.
In addition, the security box is provided with means for concealing an operation unit for a locking operation or an unlocking operation including a display unit such as a dial or a digital provided in a lock.
Furthermore, the security box is a security box that can be used continuously by opening and closing the same opening with a plurality of locks in either a locked state or an unlocked state, and one of the locks is in a locked state. In the case where the unlocking operation is impossible, the means for operating the unlocking by the other lock and the dummy lock provided in the unlocked state when the one lock is unlocked and the locking operation is impossible Means for standing upright and attaching to the lock mounting portion, forcibly locking the common locking member and operation means for unlocking and unlocking by the other lock, and unlocking by a plurality of locks attached to the lock mounting portion When the lock cannot be operated, the main surface of the lock is attached to the lock mounting portion with the main surface facing the other surface, or the locking / unlocking operation portion of the lock is provided by a concealing member of the lock. It means 蔽 to prevent the operation of the operating portion of the locking and unlocking of the lock, in providing a security box comprising means for continued use to open and close the same opening in a plurality or padlock.
In the same opening where the main body and the openable / closable door come into contact with each other, the locking / unlocking operation member, the common locking member, and the locking member are provided, and the common opening can be forcibly locked. If any of the locking / unlocking operation members cannot be unlocked, the unlocking / unlocking operation means by any of the other locking / unlocking operation members, and if any of the locking / unlocking operation members cannot be locked, the unlocking cannot be performed. Instead of the locking / unlocking operation means by the lock operation member, the main body includes a forced locking means for locking by the locking member provided with the same opening, and a locking / unlocking operation means by any other locking / unlocking operation member The doors can be opened and closed, and instead of removable locks and dummy locks, the same effect can be used with fixed locking and unlocking operation members and locking members, and multiple locking and unlocking operation means and forced locking means are used Open and close the security box Providing the same opening characterized by having both even stages.
In the same opening, it has a lock and a lock mounting part that can be attached to and detached from the lock, a common lock member, and a lock member, and the same opening that can forcibly lock the common lock member. If the lock cannot be unlocked, any other lock and unlocking operation means, and if any of the locks cannot be locked, the lock is locked with a locking member instead of the lock that cannot be locked. The same opening portion is provided, characterized by comprising means for opening and closing the main body and the door with the means and any other locking and unlocking operation means.
If the lock that also has a dummy lock is the same opening that can be attached to and detached from the lock mounting part, and one of the locks cannot be unlocked, the lock unlocking operation means by any other lock and any lock If the lock is not possible, instead of the lock that cannot be locked, a means for forcibly locking with a dummy lock or a lock member with the same opening, and any other lock The same opening part characterized by being able to open and close a main body and a door with a lock operation means is provided.
A lock locking member that can be attached to and detached from the lock mounting part. The lock locking member provided in the lock mounting part is removed to open a space, and the lock is applied to the lock mounting part by applying the opened space. A lock locking member comprising means for detaching the lock even in a state in which the bag and the dummy lock are protruded or housed, and the lock and dummy in the unlocked or locked state. It is a member that can be easily attached to and detached from the lock mounting portion even in a forced locking state in which the lock is protruded. Also, it can be applied as the role of a lid engaged outside the lock mounting part, or the role of filling the inside space necessary for attaching / detaching the lock mounted on the lock mounting part by mounting inside the lock mounting part. A lock locking member is provided.
A lock mechanism having an inclined surface having a wedge effect on both of the protective member and the protective member and the saddle action member, wherein the wedge action is obtained from the inclined surface in proportion to the pressing force of the abutting action member. There is provided a lock mechanism characterized in that it includes a response means that pushes the protective member in the locking direction with an effect and increases or decreases the locking force.
It is a horizontal stabilizing member that is provided locally at the inclined surface of the eaves action member, and is in contact with the front and rear, up and down, left and right or diagonal, etc., and keeps the inclined surface in a horizontal position. At the time of pressing, the abutting horizontal stabilizing member is pressed to form an angle of the inclined surface. Provided is a horizontal stabilizing member provided with means for increasing or decreasing the locking effect, which is pressed in the stopping direction.

The lock mechanism of the present invention having a management function capable of limiting the user of the detachable lock and the locking / unlocking operation member fixed to the same opening where the building and the door are in contact with each other. It is disclosed as another example.
As a remark, the matters described in the examples and other examples are merely examples for explaining the present invention.
Some supplementary explanations of frequently used words and structures used in the embodiments of the present invention will be given first.
The “management member” is provided inside or outside the lock mechanism provided in the same opening where the building and the door are in contact, and is composed of a housing and a lid, and covers the installed lock mounting portion with the lid. It is a management mechanism that can control the opening and closing of the lock and limit the lock manager.
In addition, the management member is composed of two configurations of “limited management member” selected (mainly at one place or a part) and “other management member” not selected (remaining). Further, the number of other management members can be increased as many as possible (as much as possible).
The “limited management member” has a “remote control member” inside.
The “other management member” includes a “guide member” and a “joining member” inside.
The “remote control member” is a joint in which one edge is connected and engaged with a guide member provided in another management member, and is engaged with the other edge of the guide member via the guide member. This is a remote operation member for interlocking the members.
The “joining member” is installed in another management member, and is arranged so as to be sandwiched between the casing and the lid, or between the casing and the casing, or between the lid and the lid, and joined together. It is a locking member that locks and unlocks the joint.

In the first embodiment of the present invention, a plurality of lock mechanisms 3 are installed on the rear side view 1B of the openable door 2 attached to the building 1 of FIG. 1A.
The lock mechanism 3 has a management member including a housing 4 and a lid 5 installed therein.
The management member in FIG. 2A is composed of a total of four management members 7a and b on the left side and two other management members 8a and b on the right side.
The limited management member 7a shown in FIG. 2A has a remote control member 10 that is pivotably penetrated through a fixed support member 9a, and is bent at one edge when not in use. It fixes with a fastener etc. and connects the other edge part to the guide member 11. FIG.

The guide member 11 provided in the other management member 8a is connected to the remote operation member 10 of the limited management member 7a, and is further supported by the support column member 9b provided in a movable manner. The connecting member 12 connected to the other of 11 is installed. By the operation of the remote operation member 10 of the limited management member 7a, the guide member 11 connected to the remote operation member 10 responds to each operation of pulling out, pushing in, or rotating, and is further connected to the guide member 11 The member 12 is responsively transmitted.

In FIG. 2B, by pulling the remote operation member 10 of the limited management member 7a, the connecting member 12 connected to the guide member 11 provided inside the other management member 8a is pulled in, and the housing 4 and the lid 5 are pulled. The joining state of the joining member 12 connected to the state is released, the housing 4 and the lid 5 are separated, and the joining portion of the lid 5 can be opened and opened.

In FIG. 2B, by pulling the remote operation member 10 of the limited management member 7a, the connecting member 12 connected to the guide member 11 provided inside the other management member 8a is pulled in, and the housing 4 and the lid 5 are pulled. The joining state of the joining member 12 connected to the state is released, the housing 4 and the lid 5 are separated, and the joining portion of the lid 5 can be opened and opened.

The main structure and effect of the “guide member” 11 are as follows.
The other edge portion is connected to the joining member 12 so as to penetrate, and a transmission member that moves the joining member 12 to be connected by rotating, pushing, or pulling slide movement, etc. by operation of the remote operation member 10 or It is a communication member.

As an annotation, the positional relationship among the remote operation member, the guide member, and the joint member is basically arranged in a straight line, and the guide member 11 and then the joint member 12 are sequentially operated by the operation of the remote operation member 10. The joining member 12 that is actuated and joined to both the housing 4 and the lid 5 is structured such that the joining is released and unlocked, and the joining member 12 is joined and locked.
Further, when the joining member is pulled out in response to the guide member, the joining held between the housing and the lid can be released even if the pushing operation is performed in the reverse direction (or the drawing is performed).

As a note, the remote control member 10 in FIG. 2A is equipped with a pull-out prevention function, is engaged inside the limited management member 7 so as to penetrate the fixed support member 9a, and is normally folded. , Twisted, fixed with fasteners, and provided with preventive measures such as forcible operation from the other management member side and error motion.

Next, each member arranged in the management member will be disclosed in detail.
The lock 14 mounted on the lock mounting portion 13 provided in the other management member 7a in FIG. 3A is locked, and the protective member 16 is locked with the bar 15 in FIG. 3B. The locked protection member 16 presses the joining member 12 from above, and the joining portion 19 of the joining member 12 is connected to the joining portion 17 of the housing 4 and the joining portion 18 of the lid 5, respectively. Connect.
By the joint portion 19 of the joint member 12, the joint portion 18 of the lid 5 is locked from above, and the management member is closed.

In the present invention, as described above, even when the lock is in the locked state, it is possible to open the door of the other management member by operating from the limited management member, and even when the lock is in the locked state, the lock locking member is removed. The lock can be taken out from the lock mounting portion.
Even if the locked protective member 16 described above holds the joint member 12 pressed from above, the remote control member 10 causes the guide member 11 and the joint member 12 to respond in sequence, The joint member 12 in FIG. 2B can be slid to be taken out from the sandwiched state of the housing 4 and the lid 5.

Furthermore, as another example, the lock 14 mounted on the lock mounting portion 13 in the locked state shown in FIG. 3B by the method for opening the limited management member of the present invention described above, and the lock mounted in the same manner. By removing the locking member 20, a space for attaching and detaching the lock can be opened, and the lock 14 in a locked state with the hook 15 protruding is slid (backward by the length of the hook 15) to the opened space, and locked. Even in the locked state, it can be attached and detached to the lock mounting part.

As another example, when the lock 14 in the locked state in FIG. 3B is unlocked, the hook 15 is housed in the lock 14, the protective member 16 is stored in its original position by the elastic body, and the joining member 12 in FIG. Alternatively, it stands up by urging the elastic body or the like and is released from the sandwiched state of the housing 4 and the lid 5, and the lid 5 can be opened by the knob 19.

Further, when a weighting member such as a weight is provided in the local portion of the joining member 12 and the lock 14 is unlocked, the pressing contact by the hook 15 is eliminated, and the opened joining member 12 is provided with the weighting member 21 provided therein. Due to its own weight, gravity or the like, it can rotate and stand up to the weight member side, and the joint of the housing 4 and the door 5 can be automatically released simultaneously.

In addition, when the lock mounting portion 13 is installed vertically, the lock is normally locked by the lever action member (protective member 16) or the lock 15 of the lock 14, and the lock is unlocked and the locked state is released. Rotating horizontally or horizontally, the joining member 12 is self-standing, and the joining of the housing 4 and the lid 5 can be released simultaneously.
Further, an elastic body such as a leaf spring or a coil spring may be installed in any part of the column member 9b or the guide member 11 or the joining member 12 main body and urged to rotate.
Further, when the lock 14 of the other management member 8a is unlocked, the remote operation member 10 is rotated, the guide member 11 is rotated without sliding, and the joint member 12 is held. It is possible to release the joint between the casing 4 and the lid 5 by rotating and reacting in the stop position.
As the above means, when the notch hole 22 is provided locally in the guide member 11 of FIG. 4A and the joining member 12 locks the housing 4 and the lid 5, the guide member 11 is positioned in the middle of the notch hole 22. Then, when the lock 14 is unlocked, the lock 14 rotates so as to stand upright in the direction of the housing side where the notched hole of FIG. 4B is opened.
Further, when the lock 14 is locked, the rod 15 or the rod action member (protective member 16) abuts the joining member 12 in the lid side direction where the notch hole of FIG.
Furthermore, when it is rotated by the response of the remote control member 10, it is rotated so as to be pushed back in a state of being in contact with the edge of the notch hole 22 on the housing side. The joining member 12 can freely rotate between the cavities of the notch hole 22.
Engage so that it penetrates locally on the side of the outer periphery that is not a large horizontal surface of the joining member, and when the remote control member is rotated, it turns to stand in a state where the horizontal surface is inclined around the horizontal axis, and the joining member Rotate so that one edge of the springs up and the other edge sinks.
In addition, the shape of the member is formed of a hard rod shape or a cylindrical shape, and in the case of a cylindrical shape, the member has a pressing member, and the guide member is moved by an operation of pushing the pressing member like a syringe, or May be drawn through a string-like member.
In the case of the operation in which the joining member is pulled out in response to the guide member as the sixth embodiment, the joint between the housing and the lid can be released even if the joint member is pulled out in the reverse direction.
Adjust the length of the guide member such as the shape extending to the inside of the limited management member or the length of the other management member and the limited management member extending to the boundary. Alternatively, a straight straight shape, a bent shape, a curved shape, and the like are possible. In addition, the material consists of a flexible string shape, a hard rod shape or a cylindrical shape, and in the case of a cylindrical shape, another connecting member is disposed so as to penetrate inside, and the guide member is operated by operating the remote control member. It can also respond to internal reactive reactions,
As an annotation, there may be used a member that is strong and deformable, such as a wire or a piano wire, or a member that can be freely deformed into a straight line or a curve, such as a chain. Furthermore, it does not comprise only one type of member, but a plurality of different materials may be combined so that they are partially connected.
As Example 2, a joint member is installed in a part of the casing or lid, and even if the lock attached to the lock mounting part provided in the management member is locked, a part of the casing or lid is cut off. Disclosed is a method for opening and closing a housing or a lid.
It opens so that the joining member 12 can be installed in the local of the lid | cover 2 of a figure, and the joining member 12 is installed in the established local 25. FIG.
The joining member 12 is joined in a slidable state so as to be connected to a plurality of two locations on the lid 2. The joining portion 27 to which the joining member 12 is connected and engaged is provided with an engaging groove 30. When the joining member 12 slides along the engaging groove 30 and is released from the local portion of the lid 2, the lid 2. Is opened.
In addition, the joint member is a joint member that extends in the shape of an arm tree at the local part of the housing or door, or a space part that is locally cut off, and is joined and locked by the joint member to respond to the guide member. Then, when the joint member slides or rotates, the connection between the housing and the door is released and the door is unlocked.
When the push-in member 20 provided at the edge 21 of the remote operation member 7 is pushed in, the connecting member 21 which is a part of the rod-like guide member penetrating through the tube of the guide member 8 is pushed out, and the joining member and The deformable member 22 made of a different-material guide member engaged with the connecting portion of the member rotates while being engaged with the joining member 12, and the joining portion of the housing 1 and the lid 2 and the joining member 12 are joined together. Is released by rotation and is opened and opened.

As Example 3, a joining member is joined in the state which can be slid so that it may connect two places to the local of a lid | cover. An engagement groove is provided at two places where the joining member is engaged, and the lid is opened when the joining member slides along the guide groove and is released from the local portion of the lid.

Further, as another example, an engaging portion provided in the shape of an arm can be installed on either the housing or the lid, and locking or unlocking can be performed so as to cut or engage either member of the housing or the lid.
A notch portion in which the joint member can be installed is provided between the housing to be fixed and the lid, and the joint member is disposed in a sandwiched state, and can be opened and closed even when the management member is locked.

As a comment, a slippery member such as a bearing, a roller, or a lubricating member may be used at the bottom of the groove.

The joint member provided locally on the housing or lid is provided with an engagement member in the form of an arm tree in the local area of the housing or lid in addition to the space opened by cutting off a part of the housing or lid. There is also a method to sandwich the part.
In the figure, when a member having an “H” shape is sandwiched and released, it is pulled or pushed in from the lateral direction to release the connection between the housings or the lids. Is released.
From the locking position that engages in a state of being sandwiched between the housing and the lid by the responsive operation by the guide member,
The joining member is pushed out or pulled out, and is disengaged from each other and opened.


As Example 4,
On the outer periphery of the joint member, a joint part to be connected is provided in a local area where two points that are the longest distance away from each other, and one joint part is used as the joint part of the housing, and the other joint is provided. Each part is joined to the joint part of the door and locked.
In addition, this time, by rotating the joint member so that the shortest two points facing each other are directed to the joint of the housing and the lid, the difference between the longest two points is increased. A space is opened at the place where the joint member is sandwiched, the connected joint state is released and the lid can be opened.

The joint member 12 in FIG. 6 is composed of an outer peripheral member 41 and an inner mold member 42, like a bearing member, and is rotatably engaged in a plurality of shapes, and either one of the divided members is fixed and the other is rotated. I can move.

As another example, the joining member is provided with a vertical member that intersects perpendicularly at the center of the surface that is a horizontal surface, and an engaging portion that is connected to the deformable guide member at the local side. When the guide member is engaged and the push-in member of the remote control member is pushed in while being deviated from one of the centers of the vertical members, the connecting member provided in the guide member responds and the edge of the guide member The deformable member connected to is rotated so as to engage in the direction of the disengaged engaging portion, and the joint member provided locally is rotated and moved so that both the housing and the lid are joined. It can be opened by opening the connection with the part.

As Example 7, a gear that engages with a rotating motor is internally provided, and the tooth trace portion of an extended plate-shaped guide member having a tooth trace portion is engaged with the tooth trace portion of the gear to rotate the motor. Thus, the guide member slides to release the locking member from the engagement state of the housing and the lid.

In the other management member C, the receiving unit receives the light beam that travels straight, and sends a rotation signal to the motor to rotate it.
Further, the other management member D transmits a signal or radio wave, and even if there is a barrier such as a door lever that exists in the middle of transmission, the receiving unit can receive the signal or radio wave without being blocked.
As an annotation, since only a limited management member is installed in the transmission unit, operations from other management members are impossible.

In addition, if the receiving unit is also installed on other limited management members, the lock or unlocking operation unit is unlocked. Even when the front of the gun is locked, it is possible to simultaneously unlock (or lock) all the management members at once without contact.
As a note, the simultaneous unlocking operation with the transmitter etc. described above is not limited to a program such as an unlocking signal so that the receiving unit of the limited management member and the receiving unit of the other management member are both responded under the same conditions. Is set.

Further, the operation means described above is for unlocking or locking only the housing and lid of the management member in the closed state, and is provided with a locked lock or unlocking operation member provided in the management member. In any case, the door of the building is not opened by the operation means.

As a note, this remote control member is not provided on other management members, and can be controlled only from a limited management member in one direction to prevent control from other management members. Only when the management member is operated, the lock can be mounted on the lock mounting portion by opening and closing the lid.

Each of the engaging part of the housing, the engaging part of the lid, the engaging part of the joining member may not have the same shape or size, or one or each may have a different shape or size. It can be used if it has the effect of being connected, joined and locked.

A notch portion in which the joint member can be installed is provided between the housing to be fixed and the lid, and the joint member is disposed in a sandwiched state, and can be opened and closed even when the management member is locked.


Of the outer periphery of the joining member, an engaging portion of the joining member is provided locally between two points that are the longest distance or interval (longest). , One is engaged with the engaging portion of the housing, the other is engaged with the engaging portion of the door, and the housing, the joining member, and the lid are engaged with each other in the connected state. When the lid sandwiches the joining member, the engaging portions at both edges of the joining portion are engaged and locked.
Further, an elastic body or the like is provided on the guide member or the column member engaged with the guide member, or the joining member main body, and is urged by the assistance of the elastic body or the like so that it can quickly rotate and self-stand. Further, the remote control member 10 may be operated and rotated.


In addition to the above description, unlike a lock that is removed and carried, it is not necessary to reduce the size or weight by using a fixed locking / unlocking operation member. And cost reduction and strength can be further strengthened.

As an annotation, when a lock attached to another management member is unlocked, the joint member can be directly operated to unlock the lock.

As an example of turning means, in addition to opening and closing operations by the guide member, an operating member made of another knob etc. is provided on the management member, and when the lock is unlocked by the operating member, it is directly rotated by the knob etc. Even when the housing lid is closed, the housing and lid can be opened and closed with the limited remote control member of the management member.

As the above annotation, a bearing member, a sliding member, or the like may be incorporated in the notch groove or the like.

In addition, when the joining member is self-standing or when it is rotated by the remote operation member, even when the remote operation member is fixed, the guide member is connected and engaged in a state of being rotatable through the support column, The joint member can be rotated to be independent, and the joint of the casing and the lid can be released.


Furthermore, as another example, the inside of the guide member is hollowed into a cylindrical shape, a hard linear member or the like is movably penetrated inside, and a wire shape in which a plurality of different members are connected and joined to a rod-like edge. The structure may be such that the deformable member is provided, engaged with the joint member, the wire is pushed out by the operation of the guide member, and the joint member is rotated and wound so as to be wound.

Even if the lock hook or dummy lock protrudes by the lock locking member, the lock locking member can be taken out and easily replaced.

By limiting the number of people who can change the lock, there is no need to worry about changing the lock and it is possible to control the exchange at any time. In addition, by limiting the key exchange manager, it is possible to prevent the use of a joint key or the manipulation of a key in a method such as intrusion.

A main body having a single opening and an openable / closable door that can be engaged and fitted to match the single opening to open and close the main body and the single opening so as to match each other. The only opening that is in contact with the main body and / or the door, or both, is slidably arranged with a knob or the like provided with a common locking member so as to straddle or join, Locking or unlocking the common locking member by locking or unlocking by a plurality of locks and forced locking by one or more dummy locks, which are disposed on the main body and / or the door, and forcibly The only opening can be locked / unlocked and forcibly locked by controlling to the locked state, and the main body and the door can be used continuously by the security function or by the locking / unlocking operation or locking / unlocking means. A dummy tablet that enables If any of the locks cannot be unlocked, unlock or lock by any of the other locks; if any of the locks cannot be locked, force lock by the dummy lock; and others A plurality of locks or unlocks by the lock, and the common lock member is controlled to be locked or unlocked, or forced locked, and the main body and the door are locked and unlocked. The dummy lock characterized by causing the continuous use of opening and closing to be exercised.

Instead of locking and unlocking the hook of the lock provided inside the main body and / or the door, the unlocked door is opened, the lock is taken out from the lock mounting portion, and the dummy Either a protruding operation of the lock in an upright state, reattachment, or operation with the operation portion of the dummy lock disposed in front of the lock while being attached to the lock attachment portion, or any contact operation, or The transmission medium by the operation member of the dummy lock is transmitted from the inside or the inside of the main body or the door, and the dummy lock is moved by the response of the drive unit interposing the reception member provided in front of the lock. A dummy lock characterized in that the main body and the door are forcibly locked and held by any one of a non-contact operation for projecting in the same direction as the projecting direction.

When the lock cannot be locked, the dummy lock can control the common lock member to a forced lock state by forcibly locking the dummy lock instead of locking and unlocking the hook of the lock. It is a dummy lock, the unlocked door is opened, the lock is taken out from the lock mounting portion, the dummy lock is manually rotated, pulled out, directed in the opposite direction or in the same direction Standing up as it is, separating the dummy lock from the lock and attaching it to the dummy lock engaging portion of the lock, protruding the dummy lock like a popping knife or rotating like a folding knife and standing up The dummy lock is reattached in a state in which the dummy lock is protruded by any operation, or the dummy lock operating portion disposed on the lock while being attached to the lock attachment portion. The main body and the door are forcibly locked and held by either manually operating and causing the dummy lock to protrude in the same direction as the protruding direction of the bag. Dummy tablet.

In the case of a model in which a dummy lock is provided inside the lock, the dummy lock is protruded by an operation of transmitting a transmission medium by a transmission member. The internal dummy lock is engaged with a shield member outside the lock. When the dummy lock is protruded, the engaged shielding member is also moved at the same time, and the receiving unit provided locally on the lock main body is slid so as to cover the surface of the receiving unit. Even if the dummy lock operation part is also equipped with the dummy lock unlocking function, the receiving part is hidden and the unlocking operation instruction signal cannot be received, and the dummy lock protrudes. The state is maintained.

In the case of a type that does not include a receiving unit, the concealment member that engages with the dummy lock conceals the operation unit and the operation display unit as described above even if the dummy lock can be protruded only once. Therefore, the unlocking operation cannot be performed in the same manner in a state where the unlocking operation is mounted on the display surface which is the surface of the main body.

A concealing member disposed on a part of the side surface of the lock or locally on the main surface of the lock is covered so as not to contact a transparent or translucent cover or the like provided to cover the lock. Further, the concealment member slides inside the state covered with the cover.
The lock locking member is provided with a notch hole locally and mounted on the lock mounting portion, and the lock operation of the lock and the protruding operation of the dummy lock can be mounted on the lock mounting portion and operated easily. In that case, the notch hole of the lock locking member engaged with the lock mounting part is used. Can be used without being removed, even in the state where it is provided on the top or bottom of the lock mounting part and the back side or side of the main body.
In addition, the space that the lock locking member opens must secure enough space to remove the lock lock and dummy lock even when the lock is locked or locked. In a sense, it also serves as a lid.
The common locking member is a single or a required number of strikes, which are engaging parts such as a hook or a dummy lock, and a hook or the like provided in the main body or door or lock mechanism. A plurality of tools can be provided. The movement direction of the common lock member can be slid on both sides, moved up and down, left and right, and moved only in correspondence with a plurality of hooks.

By installing a plurality of notch engaging parts, it can be installed at any position when it is installed on the main body and the door.For example, in the case of a door having a large number of dummy notch holes, Since the necessary notch holes are limited, the other unnecessary notch holes become dummy locking / unlocking operation holes as they are.
Because the attachment position can be freely selected, for example, when operating with a plurality of unspecified persons, only a limited user knows which notch hole is a true locking / unlocking operation hole, so it can be operated directly. Yes, but if a person who does not know the cut hole, such as a suspicious person, operates, the operation hole to be operated must be selected. If it takes time or a series of failures continue, a surveillance camera or security officer Etc. are noticed.
Moreover, arbitrary attachment positions and attachment operations can be easily attached with bolts, locking members, or the like. In addition, even in the case of a dummy, the notch unlocking / unlocking operation unit should have the same specifications, so that it will not be noticed unless it is operated and operated to some extent. I have to spend time on it.

Either the main body or the openable / closable door, or both, are provided with a plurality of locks having a hook and a dummy lock made of one or a plurality of locking members, When the door that engages with the main body cannot be locked, the unlocked door is opened instead of the lock and unlocking of the lock, and the door is provided inside or inside the main body to be engaged. The dummy lock is a dummy lock that can be protruded by a manual operation in contact or an operation by a transmission medium using a non-contact operation member and can hold the main body and the door in a forced lock state. And
A main body having a single opening and an openable / closable door that can be engaged and fitted to match the single opening to open and close the main body and the single opening so as to match each other. The only opening that is in contact with the main body and / or the door, or both, is slidably arranged with a knob or the like provided with a common locking member so as to straddle or join, Locking or unlocking the common locking member by locking or unlocking by a plurality of locks and forced locking by one or more dummy locks, which are disposed on the main body and / or the door, and forcibly The only opening can be locked / unlocked and forcibly locked by controlling to the locked state, and the main body and the door can be used continuously by the security function or by the locking / unlocking operation or locking / unlocking means. A dummy tablet that enables If any of the locks cannot be unlocked, unlock or lock by any of the other locks; if any of the locks cannot be locked, force lock by the dummy lock; and others The common lock member is controlled to be locked or unlocked and forcedly locked in any of a plurality of the locks, and the main body and the door are continuously used. The dummy tablet characterized by being exercised.

As an effect of the present invention, the same opening has a fixed dummy lock including a locking / unlocking operation member and a locking member, and a movable common lock member, and any of the locking / unlocking operation members is unlocked. When locking is not possible, locking or unlocking operation to project any other locking / unlocking operation member, and when any locking / unlocking operation member is not lockable, locking by the locking / unlocking operation member that cannot be locked or Instead of the unlocking operation, the opening and closing of the main body and the door can be controlled by the operation of forcibly locking the dummy lock by projecting and the locking or unlocking operation by any other locking / unlocking operation member. Furthermore, the same opening is provided with a lock mounting part, the lock can be attached to and detached from the lock mounting part, and if any lock cannot be unlocked, operation of locking or unlocking by any other lock, If any lock cannot be locked, instead of locking or unlocking the lock that cannot be locked, an operation of forcibly locking with a dummy lock with the same opening, and any other The opening and closing of the main body and the door can be controlled by the operation of locking or unlocking by the lock. In addition, the lock mounting part has a main surface (front surface) with a lock and unlock operation unit and an operation display unit on the lock, or another surface where the lock and unlock operation unit and the operation display unit are not provided (multiple In the case of a square, it can be mounted with either side of each surface) and can be mounted on the lock mounting part with the lock facing the other side, and the lock lock and unlock operation unit and operation display The part can be concealed to prevent locking and unlocking operations before the lock. A lock that also has a dummy lock is a lock that can be detachably attached to the main body, the door that can be opened or closed, or both, and the dummy lock can be replaced with a lock that cannot be locked. The lock is provided with a compulsory locking means for preventing the operation of locking and unlocking by being mounted on the lock mounting portion in a protruding state. Furthermore, it is the same opening part which can attach the dummy lock which consists of a single member independent from a lock | rock which has the effect of the dummy lock | rock comprised in a lock | rock to a lock mounting part, and can forcibly lock a common lock member. . This is a dummy lock that can lock and hold a movable common lock member by projecting a dummy lock made of a lock member fixed to the same opening. In addition, the dummy lock is taken out from the lock mounting part provided in the same opening, and the dummy lock is protruded and then reattached. By operating by a method or the like, in the closed state in which the main body, the door, and the same opening are locked, the locked state of forced locking by the protruding dummy lock cannot be unlocked or avoided. The dummy lock is provided on the lock, and can be protruded in the same direction as the lock of the lock, and can be operated in a contact or non-contact state with the lock attached. it can. Locking effect with protrusion of the lock and the effect of concealing the operation part and the operation display part of the lock and unlocking to the other side of the lock have the same effect and the same effect The dummy lock having the outer shape or the outer shape having a shape capable of executing or implementing the above is formed in an independent single shape, and the locking effect and the concealing function can be achieved simply by being mounted on the lock mounting portion. The effect can be executed or implemented simultaneously to hold the main body and the door in a locked state.

Open the space by removing the lock locking member provided inside or outside of the lock mounting part in advance, move to the opened space or use the opened space, etc. The lock and the dummy lock can be attached to and detached from the lock mounting portion even when the lock and dummy lock provided are protruded or stored. Open the space by removing the lid-shaped lock locking member provided outside the attachment / detachment portion of the lock mounting portion, and move to the opened space or use the opened space to lock the lock mounting portion. The lock and the dummy lock can be attached to and detached from the lock mounting portion even when the lock and the dummy lock included in the lock are protruded or stored. By locking / unlocking one single locking / unlocking operation member and forcing locking with a dummy lock protruding, each of the plurality of openings of the main body and the door is locked, unlocked or forcibly locked. The main body and the door can be opened or closed by controlling to either state.

The main body and the door can be opened or closed by the operation of locking or unlocking the lock attached to the single lock attaching portion and the operation of forced locking with the dummy lock protruding. The main body and the door having a plurality of the same openings have the dummy lock and the lock, and the main body and the door have a plurality of either the locking / unlocking operation member or the lock, or both of them. The same opening can be open or closed. The main body and the door are a main body and a door having any shape such as a building, a storage member, a transport object having a storage portion, and a device or member having a lock action. The lock mechanism is provided with an inclined surface having a wedge action effect on the protection member, the saddle action member, etc., and is tilted when proceeding in the direction of locking the saddle action member etc. in contact with the protection member. The locking force can be increased by pushing in due to the wedge effect by the inclination angle of the surface. The lock mechanism provided with the horizontal stabilizing member is deformed so that the horizontal stabilizing member provided on the inclined surface forms an angle of the inclined surface when the abutment action member is pressed above a certain level, By the wedge effect by the angle, the locking effect that presses in the locking or locking direction such as the diagonally forward direction can be increased or decreased in proportion to the pressing force. The horizontal stabilizing member is provided locally on the inclined surface of the erecting member, and in normal times, the inclined surface can be held in a horizontal position. The horizontal stabilizing member in contact with it is deformed so as to form an angle of the inclined surface, and the wedge action effect due to the angle of the inclined surface or the inclination angle provided by the saddle action member appears, in proportion to the pressing force, The locking action effect of pressing in the locking direction can be increased or decreased.

As an effect of the present invention, the lock of the present invention is a lock that can be detachably mounted on the lock mounting portion of the main body or the openable / closable door, or both of them. Instead of this, the lock is provided with a compulsory locking means for preventing the operation of locking and unlocking by means of reattaching the lock with the dummy lock protruding.

In addition, the lock of the present invention is once taken out from the main body or the door that can be opened and closed, even in the situation where any of the plurality of locks that have been attached cannot be locked or unlocked. Locking and unlocking operations are prevented by concealing the locking and unlocking operation parts by means of rotating the main surface with the locking and unlocking operation parts and reattaching them to the other surface. It is a lock that also has a means to do.

In addition, the lock mounting part on the main body and the openable / closable door or both has a lock locking member, and the main surface (front surface) or the other surface (in the case of a polygon) with the lock locking and unlocking operation portions In addition, the lock can be easily attached / detached to / from the lock mounting portion even in a usage state in which the lock locking member is attached and detached, and the hook and dummy lock provided on the lock are protruded. .

In addition, attach a lock with the same shape to one lock attachment part directly or in the lock storage case (two half size locks, three third sizes, etc.) And can be used simultaneously with each lock. Further, the lock storage case also has an engaging portion compatible with the lock, and the engagement portion having the lock lock is engaged with the engagement portion of the lock storage case to be mounted on the lock mounting portion. The lock storage volume or external shape or the external volume of the lock can be easily detached or attached to the lock mounting part without any change in the external volume.For example, multiple locks with the same structure reduced to the lock storage case can be used. In the case of (2), (3 times, etc.), the security level can be easily raised even with the same lock mounting part in one place. In addition, even if the lock storage case is mounted on the lock mounting part with the main surface of the lock attached facing the main surface of the lock without rotating the lock, the engaging part of the lock storage case is locked to the lock. In addition, the unlocking operation unit or the operation display unit can be hidden.

Further, the protective member for protecting the coffin and dummy lock that the lock of the present invention combines is provided in a lock mechanism that is a combination of coffin mechanisms, and the protective action that shields or covers the coffin and dummy lock that the lock combines. And a protective member that has a repulsive action that responds to the operation of locking and unlocking, and by means of interposing the lock mechanism and the protective member, the vector direction of the breaking force that is directly applied to the protective member from the outside intersects perpendicularly. The lock is provided by avoiding or preventing the vector direction of the breaking force from being pushed (or pulled out) into the direction of the ball striking state with respect to the wrinkle that the lock has, by changing the direction to a parallel or parallel direction. The structure of the bag can be reduced in size and weight without having excessively strong durability.

Further, the lock attachment / detachment engagement member can be easily attached and detached with one touch inside the main body and the openable / closable door by attaching the lock to the attachment portion of the lock attachment / detachment engagement member. Can be exchanged.
In addition, the lock engaging member releases the fastener provided in the lock mounting portion only when the main body and the openable / closable door are opened in an unlocked state, and the lock engaging member provided inside the lock mounting portion is provided. A state in which the lock or dummy lock in a state where the lock in the locked state is protruded by removing the lock engaging member and removing the lock engaging member and releasing the lock in the locked state. You can move the lock to the space that was opened and removed.

Furthermore, the lock according to the present invention is compatible with the lock mounting part, the lock storage case, the lock locking member, the protection member, and the lock mechanism, and has an engaging part with each other. It is possible to select and use a device (member) having a shape and a lock function, such as a building comprising a door, a storage member, a transport object having a storage portion, and the like.

A security box comprising a body that can be detachably mounted with the lock of the present invention having the above-described effects and an openable / closable door is made of a transparent or translucent synthetic resin or a fiber reinforced plastic of a composite material. A means for concealing the lock lock and unlock operation part and the inside of the security box by a concealing member (including liquid crystal action) provided in the security box with a visualization and design process that can be seen without opening. Combined, reinforced lightweight polyhedron or rounded form shape creates a fashion effect, you can freely combine the security box and lock, you can easily carry the original security box, and one lock remains locked Even in the state where the unlocking is impossible, the unlocking operation by the other lock and Means for locking operation and means for locking the main surface of the lock that cannot be unlocked facing the other side and means for blocking the unlocking operation, or even if one lock remains unlocked By means of re-attaching to the lock mounting part in a protruding state, the same opening where the security box touches each other by means of forcibly locking the security box and means for locking and unlocking operation by the other lock, Provided is a lock and a security box of the present invention that can be opened or closed by any one of a plurality of locks and enables a means for continuous use of the security box.

  As an effect of the present invention, the lock also has a dummy lock, and in place of the lock lock which has become unable to be locked, the lock lock member is removed to free the lock, and the dummy lock protrudes. It is a lock having both a compulsory locking means for preventing the operation of locking and unlocking by means of remounting to the lock mounting part. Even if one or more of the attached locks cannot be locked or unlocked, the lock must be taken out of the lock mounting part once and the direction of the main surface with the locking / unlocking operation part is changed to the other side. Means for concealing the locking / unlocking operation unit by means of remounting toward the head, and blocking the locking and unlocking operations. The lock mounting part also has a lock locking member, can be mounted with the main surface (front surface) or other surface (each surface that can be mounted in the case of a polygon) facing the lock, and further, the lock locking member can be attached and detached. The lock can be easily attached to and detached from the lock mounting portion even when the lock and the dummy lock provided in the lock are protruded. It is possible to use a lock with its shape equally divided on one lock attachment part directly or attached to a lock storage case and attach it to the lock storage case for simultaneous use.For example, when multiple locks with the same structure are used, The security level can be easily increased (2 times, 3 times, etc.) even at the same lock mounting part. Even with a single member independent of the lock having the effect of the dummy lock provided in the lock, the common lock member can be forcibly locked by being mounted on the lock mounting portion. The lock mechanism is a series of scissors mechanisms, and by means of interposing the protective member, the vector direction of the destructive force directly received from the outside with respect to the protective member is the direction that intersects perpendicularly or parallel (parallel), etc. Thus, it is possible to avoid or prevent the vector direction of the breaking force from being pushed (or pulled out) into the direction of the ball hitting state with respect to the bag provided in the lock. The protective member is a protective member that is disposed in the lock mechanism and has a protective action that shields or covers the lock and dummy lock that the lock has, and a lock action that responds to the operation of locking or unlocking. Furthermore, as an example, when each of the two dial locks is unlocked, it can be unlocked by 10 × 2 20 unlocking methods, but the two dial locks simultaneously lock the protective member of the present invention. Therefore, even if one lock is unlocked, the other lock is still locked, and the unlocking rate at which a plurality of dial locks are unlocked at the same time is unlocked only with a probability of 1 in 10 × 10. It becomes possible and can raise the crime prevention effect easily. The lock storage case can be equipped with a plurality of locks at a time in the lock mounting part, and a groove can be provided in the engagement part between the lock and the lock case to make it fit closely. Etc.) If it is installed, it can be mounted on the lock mounting portion in a state where the operation portion is concealed by the engagement portion of the lock case with the main surface facing without facing the other surface of the lock. Since the main body and the door that can be opened and closed can use the lock of the present invention, it can be applied to various uses such as a building, a storage member, a transport object having a storage portion, and a lock device. The security box can be equipped with functions and lightweight reinforcement members, etc., and is composed of transparent or translucent synthetic resin reinforcement members. The inside can be concealed. The security box can be used continuously by means of a plurality of lock operating means for locking and unlocking, a forced locking means using dummy locks, and a means for blocking the locking and unlocking operations. The same opening has a locking member and a locking member that are common to the locking / unlocking operation member, and further, a lock mounting part is provided so that the lock that also serves as a dummy lock can be attached to and detached from the lock mounting part. If the lock or unlocking operation member cannot be unlocked, the lock or unlocking operation means by any other lock or unlocking operation member, and if any lock or unlocking operation member cannot be locked, lock In place of the impossible lock or unlocking operation member, means for forcibly locking with a dummy lock or a locking member with the same opening, and any other lock or unlocking operation The main body and the door can be opened and closed with the unlocking operation means by the member. The lock locking member is a space that is opened by removing the lock locking member provided in the lock mounting portion, and using the opened space, a lock provided in the lock mounting portion, a dummy lock, The lock can be attached and detached even in a state of protruding or retracted. The lock mechanism can be provided with an inclined surface having a wedge effect on the protective member or the saddle action member to increase the lock force. The horizontal stabilizing member can be deformed when pressed above a certain level to increase the locking effect that is proportional to the pressing force.

Even if multiple locking / unlocking operation members and locking members fixed in the same opening are used, the common lock is locked with forced locking means with the same effect as multiple removable locks and dummy locks. Yes, the security box can be used continuously.

(A) Explanatory view from the upper part of the lock that forcibly locked the dummy lock (B) Cross-sectional view from the front of the lock forcibly locked the dummy lock (C) Cross-sectional view of the operation knob part of the dummy lock was used Explanatory drawing (D) Cross-sectional view from the front of the lock with the lock padlock locked (E) Explanatory drawing of the locking and unlocking port of the lock (A) Explanatory drawing of locking / unlocking port before lock (B) Cross-sectional view from the back side of the lock with the dummy lock housed (C) Cross-sectional view from the back side of the lock with the dummy lock forcibly locked (D) Horizontal stabilizing member (E) Sectional view from the front of the lock with the lock padlock locked (A) An explanatory view of a dummy lock and a bag disposed in a locking / unlocking port of the lock (B) A cross-sectional view from the back of the lock with the dummy lock and the bag stored therein (C) A lock back of the dummy lock in a forced lock state Sectional view from (D) Sectional view from the front of the lock that locks the paddle of the lock (E) Sectional view from the upper part of the lock that houses the dummy lock and paddle (F) Upper part of the lock that forcibly locks the dummy lock Cross section from (A) An explanatory view of a dummy lock and a bag disposed in a lock opening of the lock. (B) A cross-sectional view from the front of the lock in a state where the dummy lock and the bag are stored. (C) The lock back of the dummy lock in a forced locked state. Sectional view from (D) Sectional view from the front of the lock with the hook locked (A) An explanatory view of a lock with a dummy lock and a hook protruding (B) An explanatory view of a lock opening of the lock (C) An explanation of a lock forcibly locking only a dummy lock (D) A cylindrical lock / unlock of the lock Explanatory drawing of mouth (E) Explanation of lock locked only with dummy lock (F) Explanatory drawing of cylindrical locking / unlocking port before lock (G) Description of lock locked with dummy lock only (A) Front cross-sectional view of lock for remote operation (B) Cross-sectional view from the front of the lock in a state where the lock is locked (C) Explanatory view of the unlocking port of the lock (D) Lock with only the dummy lock locked Sectional view from the back side (E) Front sectional view of the lock with only the dummy lock locked (A) Explanatory view of locking / unlocking port before lock (B) Explanatory view of engagement part of dummy lock (C) Front sectional view of lock with dummy lock and hook (D) Dummy lock attached to engagement part Front sectional view of the lock in the forced locked state (A) Cross-sectional view of the lock as viewed from the lateral direction in the longitudinal direction (B) Cross-sectional view of the engagement portion and storage portion of the dummy lock (C) Cross-section of the dummy lock storage portion and the bag disposed in the locking / unlocking port of the lock Fig. (D) Backside explanatory view of the lock with the dummy lock provided in the dummy lock storage portion (E) Backside explanatory view of the lock with the dummy lock attached to the engaging portion (A) The lock mounting part provided in the main body (B) The lock mounting part in the state where the lock locking member (lid) is opened and the lock is mounted (C) The lock mounting with the concealing member of the locking / unlocking operation part Sectional view (A) Cross-sectional view of the lock mounting portion in a state where the lock is viewed from the side of the main body. (B) Cross-sectional view of the back of the lock with the dummy lock installed. (C) The lock in the state where the dummy lock is forcibly locked. Cross-sectional view of the back surface (D) Cross-sectional view of the lock mounting part with the lock and lock locking member provided (A) Cross-sectional view of the lock mounting portion with the lock mounted when the main body is viewed from the side. (B) Cross-sectional view of the lock mounting portion with only the protective member removed. (C) The lock with the protective member forcibly locked. Sectional view of the lock of the mounting part and the lock locking member (A) Locking lock member mounted on the lock mounting portion and lock in a state in which the lock and dummy lock are stored (B) Lock locking member and lock mounted in the lock mounting portion are locked and the dummy lock is stored Lock (C) Lock lock member and lock attached to the lock attachment part are stored, the lock (D) lock lock member in the state where the dummy lock is forcibly locked is removed, and the dummy lock is forced behind the lock attachment part Cross-sectional explanatory drawing of the lock moved in the locked state (E) Explanatory drawing of the lock in the state of forcibly locking the dummy lock and the lock locking member removed from the lock mounting portion (A) Cross-sectional view from above of the lock mounting portion on which the lock locking member and the two locks are mounted (B) Opening from the opening direction of the lock mounting portion on which the center lock locking member and the two locks are mounted Explanatory drawing of a state (C) Sectional view of the open state from the upper direction of the lock mounting part to which the lock locking member and the two locks are mounted (D) The state in which the lock locking member and the lid and one lock are removed Sectional view from above of the lock mounting part (A) Sectional view from the upper direction of the lock-mounted portion where the lock and the lock-locking member are mounted in the locked state. Sectional view (C) Cross-sectional view from inside (rear) direction of the main body with the semi-cylindrical lock of the lock mechanism locked by two locks (D) Two locks mounted on the lock mounting part and the lock in the open state Sectional drawing from the inside (back side) direction of the main body of the two lock locking members removed from the mounting part Front vertical section of the body and lid of the butterfly-type security box (A) Sectional drawing of the main surface of the lock | rock attached to the lock | rock attachment part, and a protection member. (B) Cross-sectional view of the lock, the collar and the protective member mounted on the lock mounting portion Sectional drawing of a slide type knob. (A) Sectional drawing of the convex part provided in the main body and lid | cover of a security box. (B) Cross section of security box body and lid from right side The front longitudinal cross-sectional view of the unlocking state of one lock in the main body and lid of a butterfly type security box. The front longitudinal cross-sectional view of the unlocking state in the main body and cover of a butterfly type security box. (A) Cross-sectional view showing the use state of the dummy lock (B) Cross-sectional view of the dummy lock provided in the lock (C) Cross-sectional view showing the lock state of the dummy lock (A) Explanatory drawing of the main surface provided in the lock (B) Explanatory drawing of the other surface provided in the lock (A) Cross-sectional view of the main surface of the lock and the protective member attached to the lock attachment part (B) Explanatory drawing of the lock with the operation part concealed by the concealing member The front longitudinal cross-sectional view of the locking state of a rotation type security box. (A) Cross-sectional view of the lock mounted on the lock mounting portion (B) Cross-sectional view of the lock, the heel and the protective member mounted on the lock mounting portion Sectional drawing from the rear direction of a cylinder mechanism. Sectional drawing from the front direction of the locking state which extracted a part of scissors mechanism. Sectional drawing from the front direction of the unlocked state which extracted a part of scissors mechanism. The horizontal direction longitudinal cross-sectional view of a cylinder mechanism. The longitudinal cross-sectional view of the locking state of the scissors mechanism. The longitudinal cross-sectional view of the unlocking state of the scissors mechanism. The front longitudinal cross-sectional view of the unlocking state of a rotary security box. Sectional drawing which shows the relationship between a some lock and a protection member. The front longitudinal cross-sectional view of the locking state of a parallel slide type | mold security box. (A) Cross-sectional view of the plate provided at the edge of the same opening of the main body (B) Cross-sectional view of the scissors provided on the inner wall before and after the lid (C) Cross-sectional view of the scissors provided in the main body Cross-sectional view of a state where multiple locks are unlocked and the lid is shifted laterally Sectional drawing from the front direction of the unlocking state of a security box provided with the operation means of parallel slide type locking and unlocking. (A) Cross-sectional view of the lock mounted on the lock mounting portion (B) Cross-sectional view of the lock, the heel and the protective member mounted on the lock mounting portion (A) Cross-sectional view of the tip attached to the lock and the hook attached to the lock attachment portion (B) Cross-sectional view of the tip piece and the protective member provided to the lock and the hook attached to the lock attachment portion (A) Explanatory view from the front side of the lock storage case (B) Explanatory view from the bottom direction of the lock storage case (C) Explanatory view from the side of the lock storage case (A) Explanatory drawing from the front direction of the recessed part provided locally in the lock. (B) An explanatory view from the bottom surface direction of the recessed portion and the engaging portion provided locally in the lock (C) An explanatory view from the front direction when a plurality of locks with different shapes such as reduction of the shape of the lock provided with the recessed portion are mounted. (A) Explanatory drawing from the front direction of the lock engaging the lock storage case and the engaging portion (B) Explanatory view from the bottom surface direction of the lock engaging the lock storage case and the engaging portion. (C) Explanatory drawing from the front direction of a plurality of locks that have been differentiated by reducing the shape in which the lock storage case and the engagement portion are engaged. (A) Locking locking member engaged with a lock mounting portion provided in the lock attaching / detaching engagement member, and front sectional view of the lock (B) Lock mounting provided with the lock engaging member and lock provided in the lock attaching / detaching engagement member Top view of the section (A) Sectional view from the front direction in which a lock attachment / detachment engagement member is pushed into the main body and engaged. Front sectional drawing of a lock apparatus. Sectional drawing of the engaging part of the lock member and lid | cover common to a main body. The top view of the notch hole of a main body upper surface. The front cross section of the unlocking state of a common locking member. Explanatory drawing using sectional drawing of the lock | rock with which the lock | rock attachment part was mounted | worn. Front sectional drawing which attached the lock vertically to the main part. (A) Explanatory view of “L-shaped” heel holder (B) Explanatory view of “U” shaped heel holder (C) Explanatory view of cap-shaped heel holder (A) Front cross-sectional view of the lock storage state provided on the outside of the lock mounting portion, the lock holder, and the lock state of the lock mounted on the lock mounting portion (B) Side cross-sectional view of the lock and the lock holder (C) Lock and hook Front sectional view of the unlocked state of the holder (A) Cross-sectional view of lock and dummy lock (B) Cross-sectional view of lock in locked state (C) Dummy lock explanatory drawing in upright state A cross-sectional view of an oblique projection from one direction of a security box with four locks. (A) Locking / unlocking operation member (B) Cross-sectional view forcibly locking a common locking member (C) Explanatory drawing of the notch in the same opening (A) Cross-sectional view of horizontal stabilizing member provided in rotary hook mechanism (B) Cross-sectional view of horizontal stabilizing member acting in vertical direction (A) Dot-shaped horizontal stability member (B) Use example of dot-shaped horizontal stabilization member (C) Stripe-shaped (strip-shaped) horizontal stabilization member (D) Use example of stripe-shaped horizontal stability member Cross-sectional view of a guide that engages a common bar of a security box with four locks (B) Dummy lock located inside the bag (C) Dummy lock located outside the bag (D) Dummy lock (E) bag located inside the bag Figure showing the positional relationship between the lock and the dummy lock as seen from the side of the dummy lock (F), upper dummy, and the lower dummy lock (G). (A) Locked bag before lock (B) Forced locking of concave dummy lock (C) Example of dummy lock (D) Example of dummy lock (E) Example of dummy lock (A) Sectional drawing of the same opening part which comprises the fixed locking member (B) Sectional drawing of the same opening part opened. (C) Cross-sectional view from the lateral direction of the open front lid and the locking member provided at the top (A) An example of the lid of the lock device (in an open and unfolded state) (B) A cross-sectional view from the side of the closed state of the lock device (C) The closed state where the outside of the lock device is covered with a lid Cross section from the side (A) Cross-sectional view mounted on a lock mounting portion of a lock that has been differentiated and reduced in shape, etc. (B) A lid-like lock locking member (C) A lock and lock locking member mounted on a lock mounting portion (A) Front sectional view in which a lid-shaped lock engaging member is mounted inside the main body and the door (B) Front sectional view in a state where the lock engaging member is mounted Front sectional view of a security box equipped with a lock engaging member employed in Example 3 (A) Door surface and keyhole (B) Door back surface and limited control member (A) Limited management member in unlocked state (B) Limited management member in locked state (A) Unlocked limited management member in the unlocked state with the joint member removed (B) Unlocked limited management member in the unlocked state with the joint member removed (A) View from the heel protrusion direction (B) Schematic of the limited management member with the joint member removed and the lid opened (C) Lock locked inside Internal structure diagram of lock control member

As the best mode of the present invention, the structure and means will be described with reference to three embodiments using a plurality of locks and modifications thereof. The annotations common to the embodiments and the modifications are described below.

1: The same number displayed in the figure has the same structure, and if the sign (A to C) is different from the last hyphen, it will be omitted for explanation, and only the representative branch number “-A” will be explained. (However, this does not apply if necessary for explanation.)
1: In the description of the figure, if there are a plurality of notations in the figure with the same number, the code following the hyphen at the end ("A", "B", "C" or "A", "B", "C" (Difference in characters)
1: “Protective member” is a member provided in a lock mechanism having a reed action.
1: “Space area” and “Strike area” described in each example sentence are storage portions (spaces or spaces) of a protective member having an acupuncture function.
1: The main body and lockable door provided with a lock according to the claims will be described as a security box or lock device provided with a lock in the following example sentences.
1: The lock attached to the lock attachment portion cannot be removed when the security box is locked.
1: The operation of the hook and dummy lock provided in the lock shall be performed using the knob provided on the lock. (Omitted in the description.)

As an embodiment of the present invention, first, working effects and structure of a dummy lock capable of forcibly locking a main body and an openable / closable door will be described in detail in Embodiments 1-1 to 1-14.

As Example 1-1, the type which can protrude a dummy lock in the same direction as the lock | rock direction of the lock | rock which a lock has is disclosed.
The lock 1a in FIG. 1A projects or accommodates a dummy lock 3a on an upper side surface having a short width in the longitudinal direction. An operation knob 11a having a locking convex member 13a and a guide groove 12a are provided.
The guide groove 12a is provided with locking recesses 14a and 14b for engaging and locking the locking projections 13a provided locally at the operation knob 11a of the dummy lock 3a. As an example, as shown in FIG. 1C, the operation knob 11a is lifted with a pen tip (not shown) and the operation knob 11a is guided in the same direction as the protruding direction of the hook 2a of the lock 1a. 12a, and the locking projection 13a is inserted again at the position of the locking recess 14b in FIG. 1B, the operation knob 11a is locked and held, and the dummy lock 3a is locked to the lock 1a. Set to the state of forced locking protruding in the direction.

On the other hand, when the hook 2a is protruded, a key is inserted into the locking / unlocking operation portion 4a provided with the lock 1a shown in FIG. A guide member 9a that is installed in parallel and engages and slides with the collar 2a is caused to respond, and the collar 2a in FIG. 1 (D) protrudes in the locking direction and is locked.
FIG. 1 (D) shows a state in which the lock 1a is locked with the hook 2a, and the dummy lock 3a provided inside the lock 1a is opened, and the operation knob 11a is slid along the guide groove 12a. It is the figure of the accommodation state which inserted the latching convex part 13a of the operation knob 11a in the latching recessed part 14a, and was made to latch and hold.
FIG. 1 (E) is a diagram showing the positional relationship between the heel 2a and the dummy lock 3a as viewed from the direction of the locking / unlocking port 6a, in which the lock 1a is provided in the short direction.

Example 1-2 FIG. 2 (A) is a view as seen from the direction of the locking / unlocking port 6b of the lock 1b, with a hook 2b on the left side and a dummy lock 3b on the right side.
Further, a plurality of notch holes 12a are provided at the upper and lower back positions of the lock 1b on which the dummy lock 3b is disposed, and the operation knob 11b of the dummy lock 3b and the sliding movement are further provided on the lower front side. A guide groove 12b is provided.
The dummy lock 3b shown in FIG. 2B is provided with a horizontal stabilizing member 17a at the rear edge 17b, and a horizontal stabilizing member 17b at the front edge of the two locking members 20a. To do. Further, the lock 1b is provided with a plurality of notched holes 16b for releasing the dummy lock 3b, an operation knob 11b of the dummy lock 3b, and a guide groove 12b for operating the operation knob 11b. Further, the two locking members 20a for locking the dummy lock 3b are provided with elastic bodies 18a joined together in a sandwiched state in the local area behind each other.
2B is moved in the locking direction along the guide groove 12b, and the dummy lock 3b held between the two locking members 20a protrudes so as to come out of the holding state. When the dummy lock 3b protrudes and is released from the sandwiched state of the two locking members 20a, the elastic body 18a that engages with the local area behind the two locking members 20a in FIG. The two locking members 20a are brought into contact with each other so as to close the scissors at the front edge portions, and the horizontal stabilizing member 17a provided on the rear engaging portion 10a of the dummy lock 3b in FIG. The horizontal stabilizing member 17b provided at the edge of the tip of the two locking members 20a is brought into contact with the horizontal stabilizing member 17a of the dummy lock 3b, and the movement of the dummy lock 3b in the storing direction is locked. Let

Further, when unlocking and storing the dummy lock 3b, it is operated by simultaneously pushing in the rear edge ends on both sides of the two locking members 20a protruding into the plurality of cutout holes 16a in FIG. The edge portions of the closed tips of the two locking members 20a are opened so as to move the scissors. The dummy lock 3b released from the forced locking state can slide the operation knob 11b rearward along the guide groove 12b, and can store the dummy lock 3b in the original position of FIG.
When locking the lock 2b of the lock 1b, a key is inserted into the locking / unlocking operation portion 4a for operating the lock 2b disposed on the left side of FIG. This is a structure in which the muscle portion 22a provided locally in 2b is moved (not shown), and the heel 2b in FIG. 2 (E) is projected rightward when viewed from the front side of the lock 1b.

As an annotation, the function and effect of the horizontal stabilizing member can hold the inclined surface or the inclined angle of the engaging portion horizontally during normal use when the horizontal stabilizing member is not pressed by the bag or the dummy lock. In addition, when pressing the bag, the dummy lock, the protective member, etc., it is changed so as to assimilate to the inclined surface or the inclined angle in proportion to the pressing force, and the engagement state by the engaging member or the like is changed to the inclined surface or the inclined angle. It is a member that can be engaged in a tight or tight contact state and can amplify the engaging and locking force in the locking direction.

EXAMPLE 1-3 A lock 1c shown in FIG. 3 (A) has a plurality of dummy locks 3c in which square locks 2c of the lock 1c are provided on both outer sides at an unlocking / unlocking port 6c provided on the side of the lock 1c. Then, the dummy locks 3c shown in FIG. 3 (F) are simultaneously protruded in the locking direction with the hooks 2c shown in FIG. E) can be stored inside the lock 1c.
FIG. 3B is a cross-sectional view of the lock 1c from the front direction. The lock 1c is locally engaged with the guide member 9c that engages with the collar 2c, and a key is inserted into the operation hole 15c of the locking / unlocking operation portion 4c of the lock 1c. Is inserted (not shown), and the guide member 9c is slidably moved to project the hook 2c in the left locking direction as seen from the front direction of the lock 1c in FIG.
Further, the operation knob 11c of the dummy lock 3c is manually rotated so that the plurality of dummy locks 3c of the lock 1c in FIG. The guide member 9c, which is locally engaged with 3c, is caused to slide and project in the direction of forced locking.

As an annotation, it is assumed that the operation knob 11c of the dummy lock 3c in FIG. 3 (C) rotates only in the right direction to project the dummy lock 3c. Therefore, even if the dummy lock 3c is forcibly returned to the storage direction, the operation knob 11c does not rotate in the reverse direction and the forced lock state is maintained.
When the dummy lock 3c is reset and stored in the original position, the operation knob 11c pressed upward by the elastic body 8c in FIG. By releasing the engaged state with the guide member 9c, the reset operation knob 18a provided locally in the guide member 9c can be slid to the left in the above example to store the dummy lock 3c.

Example 1-4 A lock 1d shown in FIG. 4A is provided so that a rectangular dummy lock 3d is surrounded by a hook 2d of the lock 1d at four sides of the lock 1d of the lock 1d.
FIG. 4B is a cross-sectional view from the front direction of the lock 1d, and shows a storage state in which the dummy lock 3d is sandwiched from four sides by the hook 2d.
FIG. 4 (C) shows that the rotating operation knob 19d of the dummy lock 3d is manually rotated in the right direction when viewed from the back side of the lock 1d, the guide member 9d is slid and the dummy lock 3d is forcibly locked. It is the figure made to project in the direction.
FIG. 4D is a cross-sectional view of the lock 1d from the front direction, which is locally engaged with the guide member 9d that engages with the collar 2d, and is inserted into the operation hole 6d of the locking / unlocking operation portion 4d of the lock 1d. In the above example, the lock 2d of the lock 1d is protruded in the left direction, which is the locking direction, by inserting a key (not shown) and moving the guide member 9d.

FIG. 5A of Example 1-5 is a diagram in which both the hook 2e of the lock 1e and the dummy lock 3e are projected leftward as the locking direction when viewed from the front direction of the lock 1e.
FIG. 5 (B) is a diagram in which a hook 2e is arranged on the upper stage of the locking / unlocking port 6e provided on the side surface of the lock 1e, and a dummy lock 3e is arranged on the lower stage.
Moreover, the lock 1e of FIG.5 (C) is the figure which accommodated the lock | rock 2e of the upper stage, forcibly locked in the left direction of the lock 1e only with the lower dummy lock 3e.
Furthermore, the lock 1f of FIG. 5 (D) is provided with a cylindrical dummy lock 3f on the outer periphery of the columnar collar 2f. Can protrude or retract freely.
FIG. 5 (E) is a diagram in which a cylindrical dummy lock 3g with a lock 1g is protruded, and a collar 2g is housed.
Further, the columnar dummy lock 3h provided in the lock 1h in FIG. 5F protrudes from the locking / unlocking port 6h provided in the center of the circle of the cylindrical hook 2h located on the outer periphery. It can be moved freely.
The lock 1i in FIG. 5 (G) is a view in which only the columnar dummy lock 3i provided at the center of the collar 2i is projected in the locking direction.

As an annotation, all the drawings in FIG. 5 show the operation part, the operation hole, the operation knob, the guide of each lock and each dummy lock in order to illustrate the positional relationship between the hook and the dummy lock in detail. It should be noted that members, locking portions, and the like have been omitted from the drawing.

Next Example 1-6 FIGS. 6 (A) to (D) transmit an operation medium from a portable operation member, and a small motor provided in the lock is moved by remote operation means in a non-contact state, An example of an application in which the lock and the dummy lock can project in the same direction as the locking direction of the lock of the lock is disclosed.
The lock 1j in FIG. 6 (A) has small motors 24a and 24b that individually respond to the dummy lock 3j and the plurality of locking / unlocking operation receiving units 23a and 23b, respectively.
As an operation method, a remote operation member (not shown) that can be operated in a non-contact state allows the operation receiving unit 23b provided in the lock 1i in FIG. The small motor 24b engaged with the operation receiving unit 23b is caused to respond by sensing (not shown).

When the motor 24a is operated, the gear 21b provided locally at the motor 24a is rotated, and the gear 21b engaged so as to mesh with the tooth trace portion 22b provided locally at the flange 2j is leftward in the above example. Then, the rod 2j is slid and protruded in the locking direction.
FIG. 6C is an arrangement view of the upper lock 1j and the lower dummy lock 3j disposed in the locking / unlocking port 6j of the lock 1j.
FIG. 6D shows the dummy lock 3j, the operation receiving unit 23b of the dummy lock 3j, the motor 24b engaged with the operation receiving unit 23b, and the motor 24b as viewed from the back side of the lock 1j. It is an outline figure of the back of lock 1j which has arranged gear 21c.
FIG. 6E shows that the operation receiving unit 23d of the dummy lock 3j installed in the lock 1j senses the locking / unlocking operation medium (not shown) transmitted by the remote operation member (not shown) and receives the operation. The motor 24b engaged with the portion 23b is caused to respond. When the motor 24b is operated, the gear 21c provided locally in the motor 24b is rotated, and the tooth trace portion 22c provided locally in the dummy lock 3jg engaged so as to be engaged is slid, and the dummy lock 3j is moved. Project in the locking direction.

As a note, by the means described above, the lock is attached to the lock attachment part, and the lock and the dummy lock are operated without touching the lock and the dummy lock. It can be controlled to either forced locking.
However, when operating the lock paddle, the operation unit or operation display unit provided on the surface of the main body or lid can be operated directly from the outside, but the dummy lock can be operated by opening the main body or lid. It can be operated only from the inside or the inside.
Therefore, when opening the dummy lock to the forced lock or reset state, it is necessary to unlock another lock and not to open the main body or lid once. In either case, the operation itself is not possible.

The lock of Example 1-7 discloses a type in which a dummy lock can be protruded in a different direction from the locking direction of the hook to be provided.
The lock 1k of FIG. 7 (A) has, on one side, the locking / unlocking port 6k that houses the collar 2k, and the engaging portion 10k of FIG. 7 (B) that engages the dummy lock 3k on the opposite side.
The front sectional view of the lock 1k shown in FIG. 7C is provided with a notch engaging portion 25a of the storage portion 9k of the dummy lock 3k on the bottom of the side surface of the lock 1k, and is threaded locally in the storage portion. The engagement groove 26a is provided, and the dummy lock 3k is engaged and stored so as to be screwed.

Further, when forcibly locking with the dummy lock 3k, the stored dummy lock 3k is rotated and pulled out from the dummy lock storage portion 9k in FIG. 7C, and the rear of the dummy lock 3k in FIG. Rotate the notch engaging part 25b of the dummy lock 3k into the threaded notch engaging part 25c provided by the lock 1k by rotating the notch engaging part 25b threaded locally at the edge 25a. By engaging in this way, the dummy lock 3k is in a protruding state, and is in a shape that can implement the action and effect of forced locking.

Example 1-8 The cross-sectional view of the lock 1m in the longitudinal direction shown in FIG. 8 (A) from one side is provided with a storage portion 9m that is a storage space for storing the dummy lock 3m inside the lock 1m, During normal use, the dummy lock 3m is stored inside.
When the dummy lock 3m is used, the dummy lock 3m is manually removed in contact with the dummy lock 3m, and the dummy lock 3m is engaged with the engaging portion 10k being inserted.
FIG. 8 (B) is provided with a lock 2m locking / unlocking port 6k provided on the lock 1m on one side of the lock 1m. In the above example, the lock 1m on the left side of the locking lock 6k is provided inside the lock 1m. The dummy lock 3m engaged so as to be fitted is disposed.
Further, a dummy lock storage portion 9m is provided on the other side of the lock 1m in FIG. 8C so as to fit the dummy lock 3m.
The lock 1m in FIG. 8 (D) is obtained by manually removing the dummy lock 3m from the storage portion 9k of the dummy lock 3m provided in FIG. 8 (C). It is a figure of the state of forced locking of the state which attached and engaged the dummy lock 3m to the coupling | bond part 10k.

As a note, the dummy lock does not necessarily have to be placed inside the lock, but it may be engaged with or attached to the surface or surface of the lock, removed manually (in contact), and inserted or screwed into the attachment. Or it can be used if it is made into a shape that can perform the action and effect of forced locking by joining.
As a note, as described above, the dummy lock does not necessarily have to be provided inside the lock, and may be provided on the side surface, front and back surfaces, etc. of the lock. Furthermore, the dummy lock does not need to have the same shape as the lock of the lock, and other than the above-described shape, the dummy lock is satisfied as long as it has a locking effect.

Next, the lock mounting portion provided on the main body and the lid on which the lock can be detachably mounted is disclosed in detail.

Embodiment 1-9 FIG. 9A is a diagram of the lock mounting portion 5l engaged with the right main body 31l, and the lock mounting portion 5l with the lid 27l closed.
FIG. 9B shows a state in which the lock 11 is attached to the lock attachment portion 5l and the lid 27l is opened.
Furthermore, it is the figure mounted | worn in the state which inserted the concealment member 37l between the lock mounting part 5l and the lock 11 of FIG.9 (C). By attaching the concealing member 37l in the state where it is inserted into the lock mounting portion 5l of the main body 31l, the locking / unlocking operation portion 4l of the lock 1l is concealed. Can not be operated, and the operation of the lock 11 can be prevented.

Example 1-10 The left main body of FIG. 10A is provided with a lock mounting part 5n provided with a locking / unlocking operation part 4n and an operation display part 26n. The lock mounting part 5n has a lid 27n on the upper part. The cover 27n is opened and used when the lock 1n is attached / detached.
10A shows the upper dummy lock 3n that protrudes in the same direction as the protrusion 2n of the lock 1n in FIG. 10A, and the lock 2n on the lower stage as viewed from the unlocking / unlocking opening 6n side of the lock 1n. It is.
Further, the lock 1n mounted on the lock mounting portion 5n of FIG. 10 (A) is provided with a dummy lock 3n, and the knob 11n engaged with the dummy lock 3n of FIG. 10 (B) is folded and locked. Install in 1n.
When using the dummy lock 3n of FIG. 10 (B), the lock 1n attached to the lock attachment portion 5n of FIG. 10 (A) is taken out, and the handle 11n of FIG. The dummy lock 3n is protruded by moving in the locking direction.
Further, the dummy lock 3n in FIG. 10 (C) and the knob 11n that is rotated 180 degrees to the right from the original storage state and set in the extended state in FIG. 10 (D) are forcedly locked. Reattach to the lock mounting part 5n.
The figure of FIG. 10 (D) shows the lock 1n in which the lock 1n in the state of being forcibly locked with the dummy lock 3n is mounted on the lock mounting portion 5n, and the lock 1n is fixed inside the lock mounting portion 5n. It is a figure of the state which mounted | wore with the member 28n simultaneously and closed the cover 27n.

During normal use of the lock mounting portion 5n, it is used for the purpose of fixing the lock 1n with the lock engaging member 28n mounted.
When removing the lock 1n in the locked state and the dummy lock 3n in the forced locked state, the lock locking member 28n is removed, and a space 30n for removing the lock 1n is opened. As an example, the lock 2n is locked Or, in the state of forced locking by the dummy lock 3n, the lock 1n in the shape of which the full length is extended by the lock 1n and the protruding hook 2n can be easily attached and detached by shifting the lock 1n to the open space 30n at the rear. I can do it.
By closing the lid 27n, the inner shape or the inner shape of the lock mounting portion 5n suppresses the dummy lock 3n having the attached handle 11n in the upright state, so that the dummy lock 3n in the fixed state is forcibly locked. Can be maintained.
Furthermore, in the case of the above example, when the knob 11n for operating the dummy lock 3n is mounted in a state of being directed to the bottom surface of the lock mounting portion 5n (not shown), the knob 11n is concealed by the bottom surface of the lock mounting portion 5n. The dummy lock 3n by the operation knob 11n is operated except that the lock 1n is manually taken out from the locked lock mounting portion by touching the lock 1n from the opened lock lock mounting portion. Unlocking or resetting is not possible.

Example 1-11 In FIG. 11A, a lock mounting part 5p is provided on a main body 31p having a locking / unlocking operation part 4p. Moreover, it is the figure which equip | installed the lock mounting part 5p with the lock 1p which provided the notch 16p locally in the back side surface of the lock 1p which is a transversal direction, and bent and accommodated the dummy lock 3p.
Further, the lock mounting portion 5p is provided with a lid 28p on the top, and is used by opening the lid 28p when the lock 1n is attached or detached.
The lock mounting portion 5p in FIG. 11 (B) is a diagram showing a state in which the lock 1p is mounted and fixed, and the lock 1p mounted on the lock mounting portion 5p in FIG. 11 (A) is provided with a dummy lock 3p. The knob 11p engaged with the dummy lock 3p is installed in the lock 1p in a folded state.

When using the dummy lock 3p, the lock 1p attached to the lock attachment portion 5p in FIG. 11C is taken out and the knob 11p is raised, and in the above example, the knob is manually moved in the left locking direction. The child 11p is moved to project the dummy lock 3p.
Further, the dummy lock 3p in FIG. 11C is changed into a forced lock shape, and is attached to the lock mounting portion 5p in FIG. 11D, and the lid 28p is closed, so that Since the knob 11p in an upright state, to which the contour or inner shape is mounted, is suppressed, the forced lock state of the dummy lock 3p can be maintained.
The lock engaging member 27p is taken out from the lock attaching portion 5p, and then the lock 1p is moved to the space 30p opened by removing the lock engaging member 27c, and the lock 1p is once taken out from the lock attaching portion 5p. The dummy lock 3p that is folded and stored is pulled out from the lock 1p that has been taken out, and the dummy lock 3p is pushed in the locking direction of the storage portion 9p of the dummy lock 3p while the dummy lock 3p is upright. It protrudes from the locking / unlocking port 6p. The lock 1p is again mounted on the lock mounting portion 5p, mounted so as to be pressed from behind the lock locking member 27p and the lock 1p, and the lid 28p of the lock mounting portion 5p is closed.
The lock 1p is fixed in the lock mounting portion 5p, and the protruding dummy lock 3p forcibly locks the protective member 35p, which is a locking member.

FIG. 11D is a diagram in which the lock locking member 27p is simultaneously mounted on the lock mounting portion 5p in a state where the lock 1p is mounted. In normal use, the lock locking member 27a is mounted. Used to fix the lock 1p.
In addition, when removing the locked lock 1p and the forced locked dummy lock 3p, it can be easily attached / detached by applying the open space 30p opened by removing the lock engaging member 28p. I can do it.

The lock 1q mounted on the lock mounting portion 5q, which combines the strike 36q of FIG. 12A of Example 1-12 and the lock locking member storage portion 29q, is in an unlocked state in which one of the hooks 2q is stored. At the same time, the dummy lock 3q is housed in the other position on the opposite side of the housing 2q.
The lock 1q in FIG. 12 (B) is a view showing that the lock 2q is mounted on the lock mounting portion 5q in a locked state in which the internally provided collar 2q is projected.

Further, the lock 1q in FIG. 12C is in a forcible lock state in which a dummy lock 3q is protruded instead of the bag 2q that cannot be protruded in the housed state.
Next, as a means for removing the lock 1q, the lock locking member 28q is taken out from the lock locking member storage portion 29q which is a part of the lock mounting portion 5q in FIG. It is the figure which moved the lock 1q to the back of the established space 30q with the state which protruded the lock 3q.
The right figure of FIG. 12 (E) is the figure of the lock locking member 28q removed in FIG. 12 (C), and the left figure is opened by the lock locking member 28q removed from the lock mounting portion 5q. It is the figure of the lock 1q provided with the dummy lock 3q which protruded using the space 30q which protruded, and was locked.

Example 1-13 FIG. 13 (A) is a cross-sectional view seen from the upper direction in which one lock mounting portion 5r is provided with a plurality of locks 1s in a locked state and a lock 1t.
In addition, a lock locking member storage portion 29r is provided in the center of the lock mounting portion 5r to mount the lock locking member 28r.
Further, the plurality of locks 1s, the lock 1t, and the lock locking member 28r also serve as a lock locking member 28v serving as a lid for opening and closing the local portion of the lock mounting portion 5r. In FIG. 13A, the lock mounting portion 5r is closed by the lock locking member 28v.

FIG. 13B is a view seen from the inside of the main body or the lid, and is a cross-sectional view of the lock mounting portion 5r in an open state in which the lock locking member 28v serving as a lid is removed from the lock mounting portion 5r. FIG. 8 is a diagram of a state in which a plurality of locked locks 1s, a lock 1t, and a lock engaging member 28r are mounted on the lock mounting portion 5r.
13 (C) is a cross-sectional view of the lock mounting portion 5r in the opened state of FIG. 13 (B) as viewed from above, and the lock locking member 28v serving as a lid is connected to the lock mounting portion 5r. It is the removed figure.
As shown in the sectional view of the lock mounting portion 5r in the open state as viewed from the upper direction in FIG. 13D, the lock locking member 28r is removed from the lock locking member storage portion 29r and mounted on the left side of the lock mounting portion 5r. The lock 1s in the locked state is moved to the rear opened space 30r and can be easily removed from the lock mounting portion 5r even with the lock 1s in the state where the hook 2r protrudes in the locked state.

As a note, the present invention can also be applied as a part in which a lock locking member 28v serving as a lid and a lock locking member 28r shown in the lower part of FIG. 13D are integrated.

Example 1-14 FIG. 14A is a cross-sectional view of the lock 1x with the hook 2x protruding from the lock mounting portion 5x, as viewed from above, and the lock shown in FIG. This is an application example of the locking member 28r and the lock locking member 28v serving as a lid.
FIG. 14 (A) shows the inside of the main body 31w in a state where the lock mounting member 5w equipped with the lid is mounted on the lock mounting section 5x provided in the main body and the lock mounting section 5x is closed. It is sectional drawing seen from the upper direction.
14B is a view of the lock mounting portion 5x provided in the main body 31w as seen from the back side when viewed from the inside of the main body 31w.
FIG. 14C is a cross-sectional view of the lock mechanism 38a, which is a lock system provided in the main body 31w, as viewed from the back side, which is the inner side of the main body 31w. Further, the protective member 35x and the protective member 35y are rotated to the left and right of the semicircular scissors 2w through the semicircular scissors 2w engaged with the disc-shaped rotating portion (not shown) constituting the lock mechanism 38a. It is the figure which locked movement. Further, the protection member 35x is locked by the lock 1x, and the other protection member 35y is locked by the lock 1y.

FIG. 14D is a diagram in which the lock locking member 28x and the lock locking member 28y provided on the lock mounting portion 5x and the lock mounting portion 5y are respectively removed, and are manually removed from the lock mounting portion 5x. It is the figure seen from the back surface direction seen from the inner side of the main body 31w of the lock | rock lock | rock member 28x removed, and the other figure of the lock lock | rock member 28y removed is the lock | rock lock member 28y of the main body 31w. It is the figure which rotated 90 degree | times from the back surface direction seen from the inner side, and was seen from the horizontal direction by making the widest surface of the lock | rock locking member 28y which comprises the shape and effect of a lid downward.

As a note, the protective member is disposed in the lock mechanism. In the above example, the semi-circular scissors are forced by being interposed between the lock scissors and the semi-circular scissors for the purpose of locking the semi-circular scissors. Even if there is a destructive action to rotate, the destructive force is directly applied to the protective member, so that the lock paddle is not destroyed, and the lock mechanism can strongly protect against the destructive action.
still. The protection member will be described in detail below.

Example 1-15 FIG. 15A discloses various shapes of an independent dummy lock. The dummy lock does not necessarily need to be provided before the lock, but may have a shape independent of the lock and have the effect of forced locking.
As a method of use, a notch hole 16x is formed in the center of the dummy lock 3x and the center part of the dummy part in a shape that mimics the shape of the lock collar in FIG. By providing, weight reduction is aimed at.
As an example, the weight-reduced dummy lock 3x can be mounted as it is on the lock mounting portion 5n of FIG. 9A in Example 1-9 to exert the effect of forced locking.
The dummy lock 3y in FIG. 15B and the dummy lock 3z in FIG. 15C are also different in shape, but are mounted on a lock mounting portion (not shown) to lock the main body and the door. The shape has an absolute condition of the action and effect necessary for locking and locking.

In addition, as a note, the shape of the dummy lock independent of the lock described above is only an example, and each shape is different, but it is independent and has the effect of forcibly locking all by attaching it to the lock mounting part. It is an example of the modification of the dummy lock which consists of a single latching and locking member, and the above-mentioned shape is not all.
Further, the disclosure items of Examples 1-1 to 1-15 are supplementary explanations of the disclosure items of the present invention after Example 2, and examples of use such as application examples of the dummy lock described in Example 1 are as follows. This will be described in detail in the second and subsequent embodiments.
In addition, as a note, in order to explain each structure of the embodiment in detail, in the drawings and description of the structure, the installation part of each member etc. provided in the lock and the dummy lock and a part of the illustration are omitted. Although there are places to be described, it is basically the same as the basic structure of the lock and dummy lock described in each section of Example 1 above.

As a note, as described above, the lock locking / unlocking operation that is normally used by the lock and the forced locking operation of the dummy lock that is commonly used by the lock are structured to perform different operations separately. Even if it is forcibly manipulated or destroyed, the dummy lock in the forced locked state cannot be unlocked or reset.

As an example of application, the guide member of the dummy lock is provided with an inclined surface, and in normal times, the tooth muscles provided locally on the gear and the guide member are engaged with each other to allow the dummy lock to move. The receiving unit is responsive to the operation medium to rotate the gear and move the guide member in the locking direction.
When the inclined surface of the guide member slides and moves in the locking direction, at a certain point in time, the gear and the tooth trace portion of the guide member are disengaged from each other, and the sliding movement is stopped. The engaged elastic body moves the guide member in the locking direction and completely separates the engagement between the guide member and the gear. Thereafter, the dummy lock is locked by the locking member. In response, the guide member cannot be operated. Therefore, when opening the dummy lock, the dummy lock is forcedly locked only by moving the operation knob of the guide member provided on a different surface from the display or operation surface of the lock in the reset direction. Can not be released from.

FIG. 1 is a cross-sectional view as seen from the front, which comprises a security box main body 21 and a security box lid 22, and a back surface with a hinge 13 to which the security box main body 21 and the security box lid 22 are fixed.

As a method for locking the security box, the lock 1-A shown in FIG. 2 (b) is obtained by means for locking the lock 1-A attached to the lock attaching part 23-A provided in the main body 21 of the security box shown in FIG. Slide the heel 2-A included in the rightward to project the heel 2-A. The protruding collar 2-A pushes right and left protective member 3-A provided in the security box main body 21 from the position of the space area 4-A to the right, and strike area 5-A. Push into the position. The protective member 3-A that has been pushed in is locked at the position of the strike area 5-A.

The protective member 3 -A pushed into the strike area 5 -A of FIG. 1 locks the lower end of the common bar 20 provided in the same opening 25. Further, the protective member 3-B is the same as that of the lock 2-B provided in the lock 1-B in the currently locked state attached to the lock-mounting portion 23-B provided in the lid 22 of the other security box. The upper end of the common rod 20 provided in the opening 25 is locked, and the upper and lower ends of the common rod 20 provided in a part of the rod mechanism are connected to the protective member 3-A and the protective member 3. -B locks.

The protective member 3-A that has been pushed in and the protective member 3-B that is currently locked are locked in a state where the common rod 20 is sandwiched up and down, and the sliding lever 7 is locked by the common rod 20 that is locked. Cannot be slid rightward and is locked, and the security box is locked.

The sliding knob 7 shown in FIG. 3 includes an operation unit 6 positioned outside the security box and a clamping unit 9 positioned inside the security box. The holding portion 9 located inside the security box provided in the slide type knob 7 is a convex arrangement provided in the shape of an arm at the edge of the wall surface 17 provided inside the main body 21 of the security box in FIG. The protruding portion 11 provided in the shape of an arm tree is sandwiched and locked locally at the edge of the wall surface 18 provided inside the lid 10 of the portion 10 and the security box.

If it describes in detail as a comment of the said description matter, the protection member 3-A of FIG. 1 will be interposed in the middle of the common ridge 20 with the ridge 2-A, and the protection member 3-A having the guide protrusions The surfaces of the security box main body 21 having the grooves are engaged with each other in a state of being engaged with at least one of the surfaces that are in contact with each other, and are attached so as to be movable along the guide grooves. (Not shown) The protective member 3-A and the main body 21 of the security box in FIG. 1 are engaged with each other by an elastic body 8-A interposed therebetween.

The convex portion 10 provided in the security box main body 21 and the convex portion 11 provided in the security box lid 22 both have the same action and shape.

The convex portion 10 provided in the main body 21 of the security box in FIG. 4B is provided at a local position of the wall surface 17 forming the storage portion provided in the main body 21 of the security box. It is a protruding portion that is bent in the shape of an arm tree toward the front surface of the main body 21 of the security box at the local edge of the wall surface 17. 4B is provided at a local position on the wall surface 18 that forms a storage portion provided in the lid 22 of the security box. , A projecting portion that is bent in the shape of an arm tree toward the front surface of the lid 22 of the security box at the local edge of the wall surface 18.

As a method for unlocking the security box, the lock 1-A attached to the lock attachment portion 23-A provided in the main body 21 of the security box in FIG. The elastic body 8 -A included in the main body 21 of the security box of FIG. 5 is slid by moving the 2-A to the left and storing the bag 2-A inside the lock 1 -A of FIG. Then, the engaged protective member 3-A is pushed forward from the position of the strike area 5-A and pushed into the left space area 4-A where the hook 2-A was present.

The strike area 5-A in FIG. 5 is an empty space, and the common rod 20 that is movable can be moved to the strike area 5- in the directly downward direction by operating the knob 19 provided in the common rod 20 in FIG. In the empty space in the heel opening area 24 where the common heel 20 in FIG. 4 (a) was locked, the operating operation section 6 provided in the sliding knob 7 in FIG. Slide to the right.

3 is provided inside the main body 21 of the security box that has been locked in the clamped state and the lid 22 of the security box. The ridges of the protruding portion 11 are both released from the clamping state by the clamping part 9 provided in the sliding knob 7, and the unlocked security box body 21 and the security box lid 22 are It can be opened through a hinge 13 provided on the back surface of FIG.

As a comment on the above description, both the protective member 3-A included in the security box body 21, the protective member 3-B included in the security box lid 22, the security box body 21 and the security box lid 22 are provided. The common scissors 20 and the slide type handle 7 are a scissors mechanism that is composed of a plurality of scissors and scissors, and is arranged in a series, and includes a security box body 21 and a security box It is a lock mechanism that the lid 22 has together.

As an example of the means that can be used continuously, which is a feature of the security box of the present invention, in the unlocked state, the lock 1− attached to the lock attachment portion 23-A provided in the main body 21 of the security box in FIG. When A cannot be locked, normally the security box cannot be locked, and the function of the security box cannot be performed, and it cannot be used at that time.

However, the security box of the present invention also solves this problem, opens the security box that can be opened in the unlocked state of FIG. 2 (a), and unlocks the lock 1- from the lock mounting portion 23-A provided in the main body of the security box. A is once taken out, and the dummy lock 12-A having the lock effect of the lock provided at the opposite position of the lock 2-A provided in the lock 1-A of FIG. Let

By the locking means of the dummy lock 12-A having the lock function of the lock, which is slid and protruded in FIG. 7 (b), the lock 1-A included in the lock 1-A which has become unusable is replaced. Then, the dummy lock 12-A provided in the lock 1-A in FIG. 7B is mounted on the lock mounting portion 23-A provided in the main body 21 of the security box in FIG.

The dummy lock 12-A attached to the security box by changing the front-rear direction of the lock 1-A in FIG. 7 (C) moves the protective member 3-A provided in the security box to the position of the strike area 5-A. The lock mechanism having a plurality of hooks is locked.

A dummy lock 12-A, which cannot be locked or unlocked, is mounted on the lock mounting portion 23-A of the security box body 21 in place of the hook 2-A of the locked lock 1-A. By means of this, the security box is always locked, and there is also a means for completely blocking the locking operation and unlocking operation before the lock. Further, the closing operation can be performed by the locking operation of the security box by the other lock 1-B, and the security box can be continuously used by the locking operation and the unlocking operation means by the lock 1-B.

The dummy lock (12-A) described above is a general term for a concept including a dummy bag and a member having the function of a dummy bag. In the present invention, the dummy lock is a unified description.

As a measure, once set, the dummy lock is locked unless it is unlocked. In addition to the built-in type, the dummy lock is provided on one side of the cap and the like, and the direction is changed to stand up, the type to be re-mounted before the lock, the type to be rotated and protruded, etc. There are many other types.

As an example of means that can be used continuously, which is a feature of the security box of the present invention, for example, when the lock 1-A included in the security box body 21 that is one of the locks in FIG. By unlocking the lock 1-B of the security box lid 22 which is the other lock, the security box can be unlocked, and the same security box locked by two different locks. The opening 25 can be opened and the closing operation can be performed by the locking operation of the security box by the lock 1-B, and the security box can be continuously used by the locking operation and the unlocking operation means by the lock 1-B.

In addition, when the security box is locked, the security of the present invention can be used when the third party holding the key is concerned about the act of unlocking the security box, such as loss of the key, theft, or forgetting to carry the key. As an example of the security countermeasure strengthening means of the box, the security box is opened by any of the above-described means, and the lock 1 from the lock mounting portion 23-A provided in the main body 21 of the opened security box of FIG. -Remove A once.

The main surface 15 of the lock with the locking / unlocking operation part 14 provided on the taken out lock 1-A in FIG. 8 (a) is rotated 180 degrees as an example, and the locking / unlocking operation part 14 is After facing the back surface 16 of the lock 1-A in FIG. 8 (B), which is one of the other surfaces not provided, the lock 1 is again placed on the lock mounting portion 23-A provided in the main body 21 of the security box. -Means for completely preventing the locking and unlocking operation in the locked state without the locking and unlocking operation part 14 provided on the lock 1-A by means of remounting A with the back surface 16 facing Combined.

Further, as an example of means that can be used continuously, which is a feature of the security box of the present invention, any lock can be easily and detachably attached to the lock mounting portion 23-A and the lock mounting portion 23-B included in the security box of FIG. For example, by replacing the lock 1-A main body, which has become unusable, with another optional lock that is carried, another optional lock can be easily attached to the lock mounting portion 23-A of the security box. Thus, the security box can be continuously used by the locking operation and the unlocking operation with an arbitrary lock while maintaining the security state safely.

Furthermore, as another example, the lock 26 shown in FIG. 9A is once taken out from the lock mounting portion 23-A provided in the main body 21 of the security box, and the locking / unlocking operation unit 14 provided in the lock 26 is provided. There is also a concealing means using a concealing member that slides and conceals the concealing member 27 provided on the lock 26 in FIG.

As a note, the concealing member 27 provided on the lock 26 can be operated only when the lock 26 is removed from the lock mounting portion 23-A.

Also, as a note, the above-described first embodiment and another example are examples of the best mode for carrying out the present invention.

The second embodiment of the best mode for carrying out the present invention describes the structure and means of a security box provided with rotary locking and unlocking operation means. FIG. 10 is a cross-sectional view seen from the front of the security box provided with a rotary locking and unlocking operation means on the front surface of the lid 28 of the security box.

As a method for locking the security box, a lock 31-A shown in FIG. 11 (B) is obtained by means for locking the lock 31-A attached to the lock attachment part 30-A provided in the lid 28 of the security box shown in FIG. Slide the hook 32-A included in the rightward to project the hook 32-A. The protruding collar 32-A pushes the protection member 33-A, which is provided in the inside of the security box lid 28, to the right and left, from the position of the space area 34-A to the right to strike the strike area 35-A. Press into. The pushed protection member 33-A is locked at the position of the strike area 35-A.

The protective member 33-A pushed into the strike area 35-A is the cylinder mechanism of FIG. 12, which is the circular shaft 36, the rod 37 engaged with the circular shaft 36, and the disc-shaped rotating portion 38 (viewed from the front direction). C) Lock the left rotation.

Moreover, it exists in strike area 35-B of FIG. 13 by the hook 32-B with which the lock 31-B with which the lock 31 of the security box of FIG. The protective member 33-B is disposed in a part of the scissor mechanism of FIG. 13 by locking the right rotation of the circular shaft 36, the flange 37 engaged with the circular shaft 36, and the disc-shaped rotating portion 38. The protection member 33-A and the protection member 33-B engage the left and right rotations of the circular shaft 36 and the flange 37 engaged with the circular shaft 36 and the disc-shaped rotation portion 38.

The protective member 33-A shown in FIG. 13 and the protective member 33-B currently in a locked state lock the circular shaft 36, the flange 37 engaged with the circular shaft 36, and the disc-shaped rotating portion 38 in a non-rotatable state. The handle 39 provided on the surface of the disk-shaped rotating portion 38 in FIG. 10 is rotated left and right by the circular shaft 36 that is locked and locked, the rod 37 engaged with the circular shaft 36, and the disk-shaped rotating portion 38. The locked state is disabled, and the security box in FIG. 10 is locked.

As a method for unlocking the security box, the lock 31-A attached to the lock attachment part 30-A provided in the lid 28 of the security box in FIG. 10 is unlocked and provided in the lock 31-A in FIG. An elastic body (not shown) provided in the lid 28 of the security box in FIG. 10 by means of sliding the collar 32-A leftward and storing the collar 32-A in the lock 31-A in FIG. ) Pushes the engaged protective member 33-A leftward from the position of the strike area 35-A, and pushes the protective member 33-A into the position of the space area 34-A in FIG. The strike area 35-A in FIG. 11 (a) becomes an empty space, and is locked in a non-rotatable state by the protection member 33-A, and the rod 37 engaged with the circular shaft 36 and The disk-shaped rotation part 38 can be rotated from the locked state by the protective member 33-A.

15 is engaged with the disc-shaped rotating portion 38 by rotating the disc-shaped rotating portion 38 of FIG. 14 180 degrees to the left by a knob 39 provided on the surface of the disc-shaped rotating portion 38 of FIG. The circular shaft 36 and the flange 37 engaged with the circular shaft 36 are rotated, and the upper edge 42 of the flange 45 provided on the lid 28 of the security box is moved directly downward by the inferior arc portion 40 included in the flange 37. Push in.

The upper edge 42 of the collar 45 provided inside the lid 28 of the security box in FIG. 15 has an arch-shaped semi-cylindrical shape, and the lower part of the other collar 45 is the lid 28 of the security box. The bottom surface of the lower edge portion 43 of the flange 45 has a flat shape.

The eaves 45 are disposed in a eaves storage portion 44 provided on the inner wall surfaces before and after the lid 28 of the security box, in a state of being erected in a vertically movable manner. Further, the lower edge 43 of the flange 45 in FIG. 16 is engaged with the elastic body 48 so as to be movable up and down via an engagement member 47 in the flange storage portion 44 provided in the lid 28 of the security box. .

The hook 45 and the gear portion 50 provided inside the lid 28 of the security box in FIG. 16 are engaged with each other in a state where they are engaged with each other via the tooth trace portion at a local position, and the gear 45 in FIG. The tooth trace portion 51 provided in the gear portion 50 is driven by the vertical movement of the tooth trace portion 46 to be rotated, and rotates via the central shaft 52 of the gear portion 50.

The collar 54 engaged with the gear section 50 in FIG. 17 is driven by the rotation of the gear section 50, and the "L-shaped" tip 53 provided in the collar 54 is moved in the horizontal direction so as to open to the left and right. Let The hook 54 in FIG. 17 is locked in a horizontal position, the “L” -shaped tip 53 of the hook 54 is removed from the strike 49 provided in the security box body 29, and the security box is unlocked. The main body 29 of the 18 security boxes and the lid 28 of the security box are put into and out of engagement.

As mentioned above, the tooth trace 46 provided in the collar 45 in FIG. 15, the tooth trace 51 provided in the gear section 50 in FIG. 16, the central shaft 52 of the gear section 50, and the collar 54 engaged with the gear section 50. The “L” -shaped tip 53 provided in the hook 54 and the strike 49 provided in the security box main body 29 are similarly arranged on the back side of the security box lid 28 and the security box main body 29. It is installed.

As noted above, the disk-shaped rotating portion 38 of FIG. 15 is formed of a flange 37 that forms an integral structure that acts as a cylinder and includes a subarc portion 40 that engages with the circular shaft 36.

Further, the lock mechanism is a scissor mechanism that is composed of a plurality of scissors and a member having a scissor action and arranged in a series.

Next, the structure and role of the protective member 33-A, which is one of the lock mechanisms provided with a plurality of scissors, will be described in more detail. The protective member 33-A in FIG. 13 is interposed between the flange 32-A and the flange 37, and the protective member 33-A having the guide protrusion is a surface that contacts the inside of the lid 28 of the security box having the guide groove. The guide protrusion of the flange 33-A is movably attached along at least one surface of the guide member along the interposed guide groove, and the protective member 33-A having the guide protrusion moves in a certain direction. (Not shown)

The main role of the protective member 33-A is a means for avoiding a direct destruction attack from the outside to the collar 32-A included in the lock 31-A. Even if there is an unlocking destruction attack that forcibly rotates the flange 37 engaged with the circular shaft 36 and the disk-shaped rotation portion 38 engaged with the flange 37, the disk-shaped rotation portion engaged with the flange 37 and the flange 37. 38, the protective member 33-A engaged with the guide groove of the security box lid 28 is pushed forward, and the external force is directly applied to the protective member 33 engaged with the guide groove of the security box lid 28. -Takes on A and not on hook 32-A and lock 31-A.

Therefore, the means for interposing the protective member 33-A of FIG. 13 reduces the direct destructive attack force of the external force applied to the lock 31-A and the hook 32-A, so that the lock 31-A and the hook 32-A It is possible to reduce the size and weight of the lock 31-A and the hook 32-A without requiring excessive durability due to the unlocking and breaking action.

Furthermore, the same heel holder can be locked by the heel operation which the lock | rock holder which consists of a protection member equips with the lock | rock attachment part of one place with which one or several lock | rock lock | rock has. At the time of locking operation with a plurality of locks, even if one lock is released, the locked state is maintained by the other lock.

In the example of FIG. 19, the hook 57 included in the lock 56 mounted on the lock mounting portion 55 is housed inside the lock 56, and only the hook 59 included in the other lock 58 includes the cube-shaped hook holder 60. Is locked.

As a note, the protective member described above is an example of a cube-shaped heel holder that is a protective member, and the shape of the member having the structure and function of the heel holder made of the protective member is the heel holder made of the protective member described above. It is not necessarily an example.

In addition, as a remark of the above description, members composed of branch numbers other than the branch number “-A” of members having the same structure and action, which are omitted in the description, are also provided on the left and right symmetrical portions and the back side of the security box as necessary. It shall be provided in the part. (Not shown)

The above-described second embodiment and another example are examples of the best mode for carrying out the present invention.

Embodiment 3 of the best mode for carrying out the present invention describes the structure and means of a security box provided with parallel slide type locking and unlocking operation means.

FIG. 20 is a cross-sectional view of the security box main body and the lid as viewed from the front, which includes a parallel slide type locking and unlocking operation means. As an annotation, the solid lines at both ends of the edge 64 of the opening of the security box in FIG. 20 are omitted for explanation.

As a method of using the parallel slide type security box, it comprises a security box body 61 and a security box lid 62. The security box body 61 is directly above the edge 64 of the security box body opening in FIG. The extended plate 70 is provided, and the plate 70 is provided with a plurality of convex-shaped ridges 65 provided in the shape of an arm tree at equal intervals. The plate 70 is provided at the front and rear edges 64 of the main body opening of the security box, and has the same shape and action.

21 (c) is provided with a plurality of ridges 65 extending in the form of arm-trees at the local area of the provided plate 70 at equal intervals in a state facing the outside of the main body of the security box. Is. 21 (b) has a convex-shaped ridge 66 in a state in which the ridge 66 extending in the form of an arm tree on the inner wall 67 of the front and rear of the security box lid 62 is directed to the inside of the security box lid 62. A plurality are arranged at equal intervals.

The security box lid 62 in FIG. 22 has a plurality of eaves 66 arranged at equal intervals in the space 68 between the eaves 65 provided at equal intervals on the main body 61 of the security box. Press to fit.

The plurality of scissors 66 provided on the lid 62 of the security box are slid to face each other at positions 69 directly below the plurality of scissors 65 provided on the main body 61 of the security box in FIG. The state in which the plurality of hooks 65 provided in the security box body 61 and the plurality of hooks 66 provided in the security box lid 62 are opposed to each other on the center line of the security box body 61 and the security box lid 62 is shown in FIG. It is in a fitted state. The plurality of hooks 65 provided on the security box main body 61 and the plurality of hooks 66 provided on the security box lid 62 are opposed to each other, and the movement due to the vertical movement is locked and locked.

As a method for locking the security box, the lock 71-A is provided with means for locking the lock 71-A mounted on the lock mounting portion 63-A included in the main body 61 of the security box shown in FIG. 72-A is slid leftward, and the collar 72-A is protruded. The collar 72-A pushes the left-right movable protective member 73-A provided in the security box body 61 from the position of the space area 74-A to the left, and the position of the strike area 75-A. Push into.

The protective member 73-A pushed into the strike area 75-A in FIG. 24B locks the vertical movement of the rod 80-A in FIG.

A hook 80-A provided in the main body 61 of the security box of FIG. 25 (a) includes two tip pieces 81-A extending right above.

20, the two pieces of the tip piece 81-A extending right above the hook 80-A in the locked state are respectively connected to the inner side surface 76 of the security box lid 62 and the security box lid. The inner wall 77 provided inside 62 is opposed to each other.

Further, the other protective member 73-B is locked and protected by the collar 72-B provided in the lock 71-B of FIG. 20 and the collar 72-C provided in the lock 71-C. By means of the member 73-B, the two pieces of the tip piece 81-B extending directly above the currently locked hook 80-B are respectively placed inside the side surface 76 of the security box lid 62 and inside the security box lid 62. It faces the provided inner wall 77 and is locked by the tip piece 81-A and the tip piece 81-B, and the security box cannot move left and right and is locked.

The inner wall 77 provided in the inside of the lid 62 of the security box in FIG. 20 is an inner wall 77 extending in the downward direction from the upper part of the lid 62 of the security box to the inside of the lid. One end piece 81-A extending inward and the inner wall 77 face each other to lock the left-right movement.

The inner wall 77 is a reinforcing piece added for the purpose of reinforcement, and the number of the inner walls 77 can be increased as needed inside the lid 62 of the security box. Further, the tip pieces 81-A included in the flange 80-A can be increased by the number of sheets facing the inner wall 77.

As a method for unlocking the security box, the lock 71-A shown in FIG. 25A attached to the lock attachment portion 63-A of the security box main body 61 is unlocked, and the collar 72 provided inside the lock 71-A is unlocked. Protection by which the elastic body (not shown) included in the main body 61 of the security box in FIG. 25 (b) is engaged by means of sliding the A to the right and storing the collar 72-A inside the lock 71-A. The member 73-A is pushed forward from the position of the strike area 75-A, and the protective member 73-A is pushed rightward into the space area 74-A where the flange 72-A is located. The space of the strike area 75-A in FIG. 25 (b) is empty, and the eaves 80-A can be moved directly downward. The heel 80-A moved in the downward direction to the space area 75-A in FIG. 25B has the tip piece 81-A included in the heel 80-A up to the same height as the edge 64 of the main body opening of the security box. Move it directly below.

The position of the spacing portion 68 of the flange 65 provided at equal intervals provided on the security box main body 61 is the same as that provided on the lid 62 of the security box. In the above example, it is slid rightward.

As noted above, the length of the floating width in which the lid 62 of the security box in FIG. 22 slides is the inner wall engaged between the floating width of the spacing portion 68 of the plate 70 and the tip piece 81-A or the tip piece 81-B. This is the same as the idle width 78 obtained by subtracting the thickness width 79 of 77.

23 is slid to the right and moved to the position of the space 68 of the collar 65 provided in the security box main body 61 of FIG. And the hook 66 are not opposed to each other, and the lid 62 of the security box and the main body 61 of the security box are in an unlocked state and can be inserted and removed.

As a note above, the plate 70, the collar 65, and the collar 66 of FIG. 20 are also arranged on the back side of the security box. (Not shown)

As an example common to each of the first to third embodiments, there is a lock replacement method using a lock storage case as a dedicated accessory member as an example of means for easily mounting the lock on the lock mounting portion provided in the main body of the security box. As an example of a lock replacement method using a lock storage case, a single lock or a lock storage case in which a plurality of locks are mounted at a time can be easily attached to and detached from the lock mounting portion of the security box. At that time, a fastener or a locking member or a lid 90 for fastening the attached lock may be installed at the opening end of the lock storage case.

The lock storage case 87 includes a convex portion 86 of FIG. 26 (a), an engaging member 89 of (b), and a lid 90 of the convex portion of (c).

Further, the lock 84 to be attached to the lock storage case 87 includes a recess 85 engaging with the lock storage case 87, a recess 85 and a lock notch 88 in FIG. It has.

As a method of use, the concave portion 85 provided in the lock 84 shown in FIGS. 27A and 27B and the lock notch 88 shown in FIG. 27B are used as the convex portion provided in the lock storage case 87 shown in FIG. 86 and the engaging member 89 of FIG. 26 (b) and the lock 84 so as to engage with the convex cover 90 of FIG. 26 (c), the lock storage case 87 is attached to the lock mounting portion of the security box. Remove and install.

The lock storage case 87 engages the convex portion 86 of the lock storage case 87 and the lid 90 of the convex portion shown in FIG. 26 (a) with a concave portion 85 provided locally in the lock 84 shown in FIGS. In addition, by engaging the engaging member 89 of the lock storage case 87 of FIG. 26 (b) with the lock notch 88 of FIG. 27 (b), the lock 84 of FIGS. Due to the difference in surface area (volume or volume), it is not affected by looseness when it is attached to the lock storage part of the lock storage case 87 and the lock mounting part of the security box.

As described above, the lock storage case 87 can be equipped with a plurality of locks 82-A and 82-B with the same shape as shown in FIG. 27C, as shown in FIG. Further, when only a single lock with an equally-divided shape is mounted, a hollow member having the same shape as the lock can be mounted to eliminate an empty space in the lock storage case.

As a reminder, if the operation display surface of the locking / unlocking operation unit, the dial of the dial lock, or the receiving unit such as a light beam or radio signal such as a remote control is installed in the engaging part of the concave shape of the lock, the storage case is engaged. By simply engaging the member with the engaging portion of the lock, the locking / unlocking operation means can be concealed and prevented. Further, the locking / unlocking operation means can be blocked without changing the direction of the lock while keeping the direction of the main surface of the lock facing the front, such as rotating the lock.

Furthermore, as an example of means for easily attaching / detaching a plurality of locks attached to the lock attachment part to the security box, there is a method using a lock engaging member provided in the lock attachment part.

29 (A) and 29 (B), a plurality of locks 91-A and a lock 91-B are attached to a lock engaging member storage 95 provided at the center of the lock mount 94. The stop member 96 is engaged and locked. A lock 92-A included in the lock 91-A mounted on the lock mounting portion 94 of FIG. 29 (a), a lock 92-B included in the lock 91-B, or a dummy lock 93-A included in the lock 91-A; Even in the protruding state in which the dummy lock 93-B included in the lock 91-B is used, the lock engaging member 96 engaged with the lock engaging member housing portion 95 is removed, and the lock engaging member located at the center of the lock attaching portion 94 is removed. Both locks 91-A and 91-B can be slid rearwardly and taken out in the empty space of the stop member storage portion 95.

Furthermore, as another example, a lock attaching / detaching engagement member 83 having a lock mounting portion 94, to which the plurality of locks 91-A and 91-B of FIGS. 29 (a) and (b) are mounted, is shown in FIG. There are means for pushing and engaging inside the security box main body 61. A lock attachment / detachment engagement member 83 is engaged with the inside of the security box main body 61, and the lock attachment / detachment engagement member 83 is locked (not shown). A plurality of locks can be easily attached to and detached from the security box main body 61.

As a note, it is assumed that the security box main body 61 and the lock-detachable engaging member 83 that are engaged and locked cannot be removed unless the security box is unlocked. Further, the lock attaching / detaching engagement member 83 may be engaged not with the security box body 61 but with the security box lid 62. Further, the lock attaching / detaching engaging member 83 has a lid shape or a plate shape in addition to a cylindrical shape, and is not limited to the above-described shape.

As annotations of the whole structure of the security box of the first to third embodiments described above, a type in which the main body and the lid are engaged with a hinge, a type in which the main body and the lid are fitted and engaged, and a type in which the main body and the lid are slid In addition, the main body and the lid are rotated (screwed) or used, or the main body and the lid are of the same size and are attached to the butterfly. Further, various structures and methods can be applied in addition to the first to third embodiments, such as a double-structured security type in which an operation unit for locking or unlocking is installed in each part of the small room.

When the lock is attached to the attachment portion of the security box, the lock is firmly fixed to the lock attachment portion by a fastener for stopping the lock, a lid of the attachment portion, or a member having a locking action. (Not shown)

Moreover, the above-described third embodiment and modification are examples of the best mode for carrying out the present invention.

As a modification of the best mode for carrying out the present invention, a lock device capable of mounting a plurality of locks will be described.

FIG. 31 is a cross-sectional view of a lock device capable of mounting a plurality of locks as seen from the front.

As a method of using a lock device that can be equipped with a plurality of locks, the lock device includes a main body 100 of the lock device shown in FIG. 31 and a lock 97 of the lock device, and the locks 97 of the lock device extend downward in a state of being installed one by one. It is installed.

Further, the lid 97 of the lock device shown in FIG. 32 has the notch engaging portion 99 equally at the front and rear of the lock device at the local portion of the lower edge 98 extending in the “U” shape. Arrange.

The main body 100 of the lock device shown in FIG. 31 includes a notch 107 in the main body opening 106 shown in FIG. Further, a lower edge 98 provided in the lid 97 of the lock device shown in FIG. 32 is provided with notch engaging portions 109 in a plurality of portions of the common rod 110 provided in the main body 100 of the lock device shown in FIG. It engages with the notch engaging portion 99.

A lower portion extending in a “U” -shaped installation shape provided in a lid 97 of the lock device shown in FIG. 34 in a notch 107 provided in the main body opening 106 of the lock device shown in FIG. The edge part 98 is fitted.

34 is slid to the left, and a plurality of notch engaging portions 99 provided on the lid 97 of the lock device shown in FIG. A plurality of notch engaging portions 109 provided locally are sandwiched so as to be wrapped from the outside.

A plurality of notch engaging portions 109 provided on a common collar 110 and a plurality of notch engaging portions 99 provided on a lid 97 of the lock device provided in the main body 100 of the lock device shown in FIG. The facing state is a state in which the main body 100 of the lock device and the lid 97 of the lock device of FIG. 32. A plurality of notch engaging portions 109 provided in a common rod 110 provided in the main body 100 of the lock device shown in FIG. 32 and a plurality of lower edge portions 98 provided in the lid 97 of the lock device are provided locally. The notch engaging portion 99 is held between each other, and the left and right movements of the common collar 110 are locked by the locks of the locks 101-A and 101-B provided on both outer sides of the common collar 110 of FIG. It is a structure that becomes a locked state.

As a locking method of the lock device, the common hook 110 of FIG. 31 is locked at the center of the main body 100 of the lock device, and the lock 101-A mounted on the lock mounting portion 103-A of the lock device main body of FIG. 35 is locked. By means of the above, the hook 102-A included in the lock 101-A is slid leftward to project the hook 102-A. The lock 102-B included in the lock 101-B in the currently locked state in FIG. 31 and the lock 102-A included in the lock 101-A have a common lock 110 that can be moved left and right. Lock in the position.

The common hook 110 provided in the main body of the lock device cannot move left and right and is locked, and the notch engaging portion 109 provided in the common hook 110 of the main body 100 of the lock device shown in FIG. A notch engaging portion 99 provided locally at a lower edge end portion 98 provided in 97 engages and clamps each other to lock up and down movement.

As a method for unlocking the lock device, the lock 101-A attached to the lock attachment portion 103-A of the main body 100 of the lock device shown in FIG. 35 is unlocked, and a hook 102-A provided in the lock 101-A is provided. The elastic body (not shown) provided in the main body 100 of the lock lock device engages the hook 102-A with the strike area 105 by means of sliding to the right and storing the lock 102-A inside the lock 101-A. -Push from the position -A and push the hook 102-A rightward into the lock 101-A. The space in the strike area 105-A is empty, and the common basket 110 can be moved in the right direction.

A common hook 110 provided in the main body 100 of the lock device shown in FIG. 31 that can be moved in the left-right direction is inserted into the space area 104 and the strike area 105 provided in the main body 100 of the lock device in FIG. Slide to the right at the position −A, move the notch engaging portion 109 provided in the common collar 110 provided in the main body 100 of the lock device of FIG. The notch engaging part 99 and the notch engaging part 109 provided on the common collar 110 do not face each other, and the main body 100 of the lock device and the lid 97 of the lock device in FIG. 34 are in the unlocked state. It can be inserted and removed.

As a note, the number of notch engaging portions 109 provided in the common collar 110 and the number of notch engaging portions 99 provided in the lid 97 of the lock device provided in the main body 100 of the lock device shown in FIG. Are arranged in the same number, and the number of arrangements can be increased as needed for the purpose of strengthening. (The figure is omitted) A plurality of locks 101-A can be mounted on a lock mounting part 103-A at one location of the lock apparatus.

Furthermore, FIG. 36 is a modification in which the lock 101-A is mounted on the lock mounting portion 103-A and the lock 101-B is mounted on the lock mounting portion 103-B of the main body 100 of the lock device in the vertical direction.

In the modification of the above embodiment, the locking operation and the unlocking operation means of the lock operation by the lock operation that does not interpose the protective member arranged in the lock mechanism by a plurality of locks with a common ridge provided in the same opening. It is an example of an indication.

Note that the above-described modifications are merely examples, and not all methods.

The plurality of locks attached to the lock device are fixed when the lock device is locked, and cannot be removed.

Using the lock device described above, a restraint member such as a chain or wire and an object or member to be protected can be directly engaged or locked with the lock device of the present invention.

Next, a modified example of the scissor holder provided in the lock mechanism of the second embodiment will be described. The heel holder made of a protective member is disposed in the lock mechanism described above, and engages and moves so as to wrap, shield or block the heel provided by the lock or locks mounted on the lock mounting portion. Thus, there is also an effect of avoiding a direct attack on the coffin provided by the lock by an external force and protecting the coffin provided by the lock.

As an example of the cage holder made of a protective member, the “L-shaped” cage holder 111 in FIG. 37 (a) or the “U” -shaped cage holder 112 in FIG. 37 (b) or a part of FIG. 37 (c). For example, a cap-shaped ridge holder 113 or a cube-type ridge holder having a recess 120 with a surface cut off.

Furthermore, as another example, the guide provided in the security box so that the heel holder of the security box is engaged with the heel housing recess 115 provided outside the lock mounting portion 114 provided in the security box of FIG. A part is stored along the groove. (Not shown)

38 (a) and 38 (b) is an extremely thin plate-shaped “U” -shaped cage holder 116 which can be operated with a very thin pin-like cage 118 provided on the lock 117. 38 (c) eliminates the need for an area corresponding to one space area 119 in which the protective member is disposed, and further utilizes the functions and features of the heel holder described above, and further protects the lock and the lock provided in the lock. The weight of the member can be reduced.

As a note, the shape of the member having the structure and function of the heel holder made of the protective member is not necessarily an example of the heel holder made of the protective member described above.

Next, the structure of the lock and the dummy lock described above will be described.
A guide groove 155 provided in a straight line is provided in the lock 151 of FIG. 39 (a), and the engaged push member 153 is operated by operating the knob 154 provided so as to be movable. The hook 152 is pushed along the guide 155 and locked. The pushing member 153 in FIG. 39 (b) pushes the hook 152 to the locking point, and the hook locking member 156 protrudes with an elastic body or the like to lock the hook 152.
Alternatively, the key 158 is inserted and rotated into the lock operation portion 157 of the lock 151, and the engagement member 159 and the lock locking member 156 are moved, so that the lock locking member 156 can be protruded or stored. The elastic body 160, which is locked with the hook 152 and engages the pushing member 153 and the hook 152, returns the pushing member 153 in the free state to the original position. As an effect, once the scissors are locked, the pushing member cannot take the responsive means against the scissors and can prevent the compulsory unlocking means of the scissors.

Further, as another example, even when the push member and the locking / unlocking operation portion of the push member are in a non-contact state with the surface layer member that forms the lock, the magnetic member is attached to the push member and the operation member or key operated from the outside. When the key is moved with a certain speed or force by the engaging means using the magnetic members, the magnetic members are separated from each other, making it impossible to lock and unlock the pushing member.
Furthermore, if the operation means of the locking / unlocking operation unit provided in the lock is operated in a non-contact state using radio waves or light rays, a lock with a clean design without a notch can be obtained. (Adopted in the drawings of the above-mentioned embodiments, etc.) Moreover, it can also be applied to a locking / unlocking operation means in a non-contact state, such as a completely waterproof security box without a notch.

Next, as an example of the dummy lock shown in FIG. 39 (a), the dummy lock 162 is provided inside the member of the lock 151 having a removable cap shape, and the cap 161 is removed during use to remove the two members. The cap 161 is inserted into the main body of the lock 151 in a state in which the dummy lock 162 is rotated 180 degrees outward so as to protrude the folding knife and is passed through the notched hole 169 on the top surface of the cap 161. Engage and use for forced locking.

As another example, FIG. 40 and FIG. 43 are examples of a common ridge that is surrounded and locked by a plurality of lock ridges at a position immediately above the opening / closing switch in the center of the security box. A lock operation part 157 provided in any of the plurality of FIG. 39 (a) locks 151 is operated by unlocking the key 158 to house the lock 152 that has locked the common lock 167, and is provided in the main body 164. It is possible to open and close the security box by operating the open / close switch 165 by opening the central portion of the main body 164 by moving the common hook 167 along the cross-shaped guide convex member 166 for preventing common hook removal in the unlocking direction. . Further, the main body 164 also has a compulsory locking means by the dummy lock 162 of FIG. It can also be applied to more lockboxes and polyhedral (octahedron, 24-hedron, etc.) security boxes.

As another example, the same opening 170 in FIG. 41C includes a notch hole 172 provided on the upper surface of the main body 171 and a guide groove 173 and a plurality of fixed holes in the main body 171 in FIG. The locking / unlocking operation members 174 and 175 and the locking members 176 and 177 are provided so that a common rod 178 having a gripping function of the main body can be moved along the notch hole 172 and the guide groove 173. Set up. As a locking method, the common hook 178 is locked from both outer sides with the hooks 179 and 180 of the plurality of locking / unlocking operation members 174 and 175 fixed inside the main body 171. The common bar 178 can be moved along the guide groove 173 by unlocking one of the plurality of locking / unlocking operation members 174 or 175, and can open the main body 171. Also, if the locking / unlocking operation member 174 can no longer be locked, the common hook 178 is forcibly locked with the hook 182 of the locking member 177 fixed inside the main body 171 of FIG. 180 and 182 hold and lock the right side of the common ridge 178. As an unlocking method, the hook 180 of the locking / unlocking operation member 175 is unlocked, and the common hook 178 moves to the right along the guide groove 173 so that the same opening 170 can be opened.
As a note, it is assumed that the common bag cannot be removed by engaging with the main body engagement course shown in FIG.
As an operational effect, by firmly fixing the locking / unlocking operation member and locking member inside the same opening, it is covered by the outer shape and frame frame formed by the main body, and it has crime prevention against destructive force such as prying Can be increased.

Further, as an additional function, a wedge effect can be mounted on the effect of the protection member. The horizontal stabilizing member is composed of a sponge-like, gel-like, rubber-like, spring-like elastic body, a shape memory member, a deformable member that can be flexibly deformed, etc. However, the horizontal stabilizing member installed locally is not deformed and the surface is maintained in a flat state where the surface is kept flat.When the pressing force exceeds a certain level, the horizontal stabilizing member has an inclined surface and an inclined angle. Begin to form, press in the locking or locking direction between the mutually opposing or opposing inclined surfaces or inclination angles in proportion to the pressing force, and lock or lock by the wedge action effect of the inclined surfaces or inclination angles The effect of the increase.

The protective member 183 in FIG. 42 (a) includes a horizontal stabilizing member 188 locally on the inclined surface (inclination angle) 187 provided, and the flange 184 of the disc-shaped rotating portion 185 is horizontally stable locally on the inclined surface 189. Members 190 are provided to abut against each other. If the disk-type rotating part 185 is forcibly rotated, the horizontal stabilizing member 189 of the flange 184 presses the horizontal stabilizing member 188 of the protective member 183. In proportion to the pressing force above a certain level, the abutting horizontal stabilizing members 188 and 190 are deformed to start to locally form an inclined surface, and the abutting inclined surface 189 causes the inclined surface 187 to move obliquely forward by the wedge action effect. , The protective member 183 is moved in the direction of the center of the circular shaft 186, which is the locking direction, and the locking effect can be increased by the wedge effect that is proportional to the pressing force.

In addition, even if the inclined surface 189 that is not provided with the horizontal stabilizing member is a flat surface in the example described above, the collar 184 is a protective member due to the pivoting effect of the pivot unit 185. Since the inclined surface 187 of 183 can be pushed obliquely forward, the same wedge effect can be obtained. As a note, there is no problem such as misalignment, loosening, or unlocking of other urging members that come into contact even if they move slightly. In addition, since the horizontal state is maintained by a horizontal stabilizing member in normal times, for example, even if the protective member, the heel and the scissor action member slide and move at the time of unlocking, the friction coefficient at the time of movement remains almost constant. Is possible. As a note, the shape of the member having the structure and function of the protective member described above is an example.

Moreover, the example which presses the horizontal stabilization member of a protection member to a direct downward direction as another example which uses a horizontal stabilization member is introduced. The hook 192 of the lock 191 mounted on the lock mounting portion 195 in FIG. 42 (b) locks the protective member 193. In addition, the flange 201 has a plurality of tip pieces at the top and the inclined surface 200 and the horizontal stabilizing member 199 at the bottom. If the ridge 201 is forcibly pushed in the direction directly below by a destructive force or the like, the horizontal stabilizing member 199 of the inclined surface 200 presses the horizontal stabilizing member 198 of the inclined surface 197 included in the protective member 193. The horizontal stabilizing members that are in contact with each other press against each other to form an inclined surface, and the inclined surface 200 of the flange 201 pushes the inclined surface 197 of the protective member 193 in the locking direction of the flange 192. Therefore, the locking effect can be enhanced in proportion to the pressing force. As an annotation, even if the above described example is an example in the horizontal direction instead of the vertical direction, the operational effect is the same.

43 (A) is a protective member 203 provided with the horizontal stabilizing member 205 of FIG. 43 (B). The horizontal stabilizing member 205 in a state of being pressed and pressed is deformed from the horizontal state, and the slanting member 202 and the protective member 203 start to form an inclination angle, and the protective member 203 is caused by the wedge effect. Responds to the left locking direction. Further, in the example of the horizontal stabilizer 207 having the stripe shape of (C) and the saddle action member 208, the saddle action member 208 provided with both the horizontal stabilization member 207 of (D) and the protection member 209 are applied. In contact, the same wedge effect is obtained.

As a note, the change value of the stable member is, as an example, several millimeters or less at the time of pressing, and the inclination angle is 0.01 degrees to several degrees or less. Even if the movable part of the play such as the saddle action member slightly moves, there is no concern about the displacement, disengagement or unlocking of the other saddle members that come into contact.
Further, since the horizontal state is maintained by the stabilizing member in the normal state, for example, even if each of the flange members slides, the parallel movement is possible without increasing the friction coefficient during the movement. Further, there is no loosening of the stabilizing member at the contact portion between the flange members.

In addition to the lock paddle mechanism, the stabilizing member may be, for example, a paddle provided in the lock, a dummy lock, a locking / unlocking operation part or a lock member or lock mounting part provided in the same opening, a security box, a lock device Etc.

Furthermore, by installing locks, lock mounting parts, lock locking members, common lock members, lock mechanisms, etc. in the storage member and the same opening, the surface of the storage member etc. is flat and has a clean design In addition, since the outer member such as the storage member covers and guards against damage from destruction from the outside, the crime prevention effect can be further improved.

FIG. 44 is a sectional view of a security box having four locks and a guide groove of a case guide member. A common ridge 167 (not shown) provided on the main body 164 is moved in the unlocking direction, and the central portion of the main body 164 is opened and opened along the cross-shaped guide convex member 166 for preventing the common detachment. The security box can be opened and closed by operating the switch 165.

FIG. 45A is a diagram showing the positional relationship between the lock and the dummy lock, which is also used as a lock. FIG. 45A is a view of the lock state of the lock 221 in which the dummy lock 220 is located inside the lock 221 and the lock 222 protrudes. It is. 45 (B) to 45 (F) are views as seen from the door entrance / exit direction of the lock, and each dummy lock is stored in an inscribed state inside the lock, and in FIG. 45 (B), a cylindrical shape is stored. It is the outer collar 223 and the inner dummy lock 224, and in FIG. 45C, it is the inner collar 225 and the outer dummy lock 226. Even if it becomes impossible to lock with a scissors, it can be locked with a dummy lock by protruding the dummy lock in the same direction as the scissors. Thereby, it can operate with a remote control etc. in a non-contact state, without touching a lock. Moreover, if it is applied to a sealed waterproof type security case, it can be operated with a signal from a powerful magnet lock or remote control. FIG. 45D shows the outer ridge 227 and the inner dummy lock 228. In FIG. 45E, two outer ridges 229 sandwich the inner dummy lock 230 and are the same as the ridge 229. It is a figure of the doorway of the lock which can protrude in the direction.

Furthermore, in FIG. 45 (F), the collar 231 and the dummy lock 232 can protrude in the same direction in a state of being vertically aligned inside the lock 221. (G) is the figure which showed the positional relationship of the lock 231 and the dummy lock 232 of (F) from the side of a lock.

FIG. 46A shows a lock 243 provided inside the lock 243. A dummy lock operation knob 241 is provided in the operation portion of the notch hole 246 provided on the main surface of the lock 243, and is slid. Locking 242 and projecting or unlocking and storing can be performed. 46B, the dummy lock 240 is protruded by the dummy lock operation knob 241. During normal use, the stored lock 242 is inserted into the locking / unlocking operation portion 244, or a key or the like is transmitted by a remote controller or the like. By feeding the medium, the hook 242 can be protruded or stored by the hook engaging member 245.

Further, FIGS. 46 (C) to 46 (E) are diagrams showing a dummy lock having a single shape to be mounted on the lock mounting portion and having a shape capable of forcibly locking the same opening and the main body and the door. 46 (C) to 46 (E), the same opening and the main body and the door can be forcibly locked only by mounting each dummy lock on the lock mounting portion.

46 (C) to (E) have the same shape or shape as the extended lock with the lock locked and the hook protruding, so the dummy lock 247 ( Even if any one of the dummy locks 249 of the dummy lock 248 (E) of D) is mounted on the lock mounting portion, the same opening and the main body and the lid can be forcibly locked. Furthermore, as in the dummy locks shown in FIGS. 46 (C) to 46 (E), does the dummy lock have no operation part or is the operation part in a different place from the operation part that operates the normal lock? Since the operation cannot be performed unless it is taken out from the lock mounting portion and the operation portion is exposed, the locking / unlocking operation can be prevented.

As a note, the dummy lock consists of a single unit fixed as in the example described above, has the same effect as the lock state of the lock, and the surface where the operation itself cannot be performed by the other side without the lock operation part. The shape also has the effect of preventing the operation of locking or unlocking by turning. Or when it is provided in the lock, it is normally operated by an operation unit different from the operation unit for performing the lock or unlock operation of the lock. Furthermore, as an example, the operation can be performed only once to allow the dummy lock to protrude, and once the protrusion operation is performed, the reverse operation of the protrusion operation cannot be performed. In any case, if the reset operation can be performed only by operating another surface of the lock that has been protruded, even if it is attached to the lock operation unit, the opening of the main body and the door can be opened. It can only be unlocked and opened and operated.

The dummy locks shown in FIGS. 46 (C) to 46 (E) have a “replacement rod principle” because they cannot be loosened or allowed to play when placed in the lock mounting portion. Therefore, various shapes other than the dummy locks shown in FIGS. 46 (C) to 46 (E) can be devised as long as the shape has the “principal of the rod”.

Next, as an application example of a fixed lock, FIG. 47 (A) shows an application example of “a type in which a main body and a lid of the same size and a hinged book are double-opened” as an application example of a fixed lock. In the modified example, the lock is mounted in the vertical direction.

A guide groove 173 and a plurality of fixed locking / unlocking operation members 174 and 175 and locking members 176 and 177 are provided in the main body 171 of FIG. Further, the notch engaging portion 250 of the common lock member 178 having the gripping action of the main body and the lock member 254 provided on the upper surface of the back surface of the door 253 on the front surface of the main body are configured to be engageable. The member 178 is provided so as to be movable along the guide groove 173. As a locking method, the common lock member 178 is locked from both outer directions by the flanges 179 and 180 of the plurality of lock / unlock operation members 174 and 175 fixed to the inside of the main body 171.

The notch engaging portion 250 of the common locking member 178 and the notch engaging portion 251 provided at the upper portion of the back surface of the door 253 on the front surface of the main body 171 are in a locked state engaged with each other at the central portion of the main body 171. Become. As a result, the main body 171 cannot open the same opening. As an unlocking method, by unlocking any one of the plurality of locking / unlocking operation members 174 and 175, the common locking member 178 can move the notch hole 172 along the guide groove 173 and unlocked. It is possible to release the mutual engagement between the notch engaging portion 251 of the main body 171 and the notch engaging portion 250 of the common lock member 178 by moving to either the left or right. As a result, the main body 171 is opened from the same opening through two hinges (not shown) at the bottom of the main body 171 and one door (one piece of the main body 171) is unfolded and opened to open the book. I can do it.

Also, if the locking / unlocking operation member 174 can no longer be locked, the common locking member 178 is forcibly locked with the flange 182 of the locking member 177 in FIG.閂 180 holds and locks the right side of the common lock member 178. As a note, it is assumed that the common locking member 178 cannot be removed by engaging with the engaging portion of the main body.

47C, the locking member 254 inscribed in the door 253 on the front surface of the main body is provided with a notch engaging portion 251 that is notched. When the notch engaging portion 250 provided with a common collar 178 slides and engages with the locking member 254 inscribed in the front door 253 in FIG. 47 (B), the locking is achieved and the engagement is released. The structure is unlocked.

Next, FIG. 48 discloses a lock device for locking and unlocking with a plurality of locks. In FIG. 48A, the lock device main body 100 is unfolded and opened. A notch hole 107 is provided in a local area of the opening 106, and a common collar 110 is provided at the center of the main body 100, and a lock 101-A and a lock 101-B are provided on both sides. The hook 102-A inside the lock 101-A and the hook 102-B inside the lock 101-B are locked from both sides. As an annotation, FIG. 48A shows a locked state in an unfolded state.

The main body 100 in FIG. 48B is folded at the connecting portion 211 so that the front lid 210 is folded in a three-dimensional manner, the main body 110 is formed into a housing shape, the opening 106 is moved upward, and the notch hole 107 is formed. State up. The lid 97 of the lock device is inserted so as to be inserted from above. The common collar 110 is slid so that the lid 97 engages with the notch engaging portion 109 provided inside the common collar 110, and the notch engaging portion 99 and the notch engaging portion of the lid 97 are engaged. The joint 109 is engaged and locked. When the lid 97 of the lock device is inserted into the notch hole 107, it is closely engaged with the notch hole 107, so that it cannot be slid in the lateral direction and is locked, and the notch engaging portion 109 of the common collar 110 is caught. Or since it engages with the notch engaging portion 99 so as to wrap, the lid 97 of the lock device cannot be removed. FIG. 48C is a view of a modified example of the lock device in which the cover member 212 is slid from the lateral side and engaged so as to wrap the main body 100 from the outside. In this mechanism, the lid 97 of the lock device is inserted into the upper cutout hole 107 and engaged.

FIG. 49A is a diagram in which the protection member 60 is locked by a plurality of locks 56 and 58. In FIG. 49A, the protection member 60 is locked only with the hook 59 of one lock 58. Therefore, even when only one lock 56 or 58 is unlocked, the protective member 60 remains locked with the remaining locks, and only when a plurality of locks attached to the lock mounting portion are unlocked at the same time. Since it is a mechanism that can be unlocked, it is possible to easily raise the security level simply by attaching a plurality of locks to one lock attachment part. In addition, the reduced and differentiated lock can be attached to the lock adapter and attached to the lock attachment portion. In this case, even with a lock of a different size, the lock can be locked or unlocked by mounting the lock adapter together with the lock mounting portion having a large shape. The lock adapter can amplify the distance of movement or operation of the lock pad attached to the lock adapter by combining a plurality of members such as gears, gears or cams inside the lock or the lock device or lock mechanism inscribed. By enlarging the small movement distance, width, length, and the like of the sword provided with the small lock, the same effects as the sword provided with the large lock can be used. Furthermore, if the lock adapter is equipped with a device that is used for car power steering, a small force can be easily converted into a large force.

FIG. 49 (C) is a diagram in which a lock locking member 296 is installed inside the lock locking member storage 295 in the lock mounting portion 55. When the lock locking member 296 is removed, even when the lock 58 is locked, It can be taken out by moving it to the established space (lock locking member storage 295). In addition, since the dummy lock can be locked by the lock locking member 296, the lock and the dummy lock can be easily replaced by applying the space portion. As a note, in addition to inscribed in the lock locking member, there is also a lid or cover-like shape of FIG. 49 (B) in which the lock and the dummy lock are locked by being engaged with the detachable portion of the lock mounting portion.

The lock locking member is a member that can easily attach and detach the lock, the dummy lock, and the lock having the dummy lock to the lock mounting portion, and as an effect thereof, the unlocked lock and the locked lock The lock locking member that functions as a lid by engaging with the outside of the lock mounting portion even when the hook or dummy lock provided in the lock is protruded in the longitudinal direction. Remove the lock and lock it out, and take out the extended lock to replace the dry battery, or attach it inside to install the necessary internal space to take out the lock attached to the lock mounting part. It can also be applied as a filling role.

FIG. 50A shows an example of a security box in which no lock locking member is installed (the lock mounting portion is not shown). In FIG. 50B, a lock locking member 296 is provided in each of the lock locking member storage portions 295. It is the figure which installed so that it might each be located up and down in the same way.

FIG. 51 is a diagram in which lock lock engaging members 296 are respectively arranged on both sides of the lock mounting portions 30-A and 30-B of the rotary security box.

It should be noted that all the examples, modifications, and other examples described above are examples of forms for carrying out the present invention.

The lock mechanism of the present invention having a management function capable of limiting the user of the detachable lock and the locking / unlocking operation member fixed to the same opening where the building and the door are in contact with each other. It is disclosed as another example.
As a remark, the matters described in the examples and other examples are merely examples for explaining the present invention.

Some supplementary explanations of frequently used words and structures used in the embodiments of the present invention will be given first.
The “management member” is provided inside or outside the lock mechanism provided in the same opening where the building and the door are in contact, and is composed of a housing and a lid, and covers the installed lock mounting portion with the lid. It is a management mechanism that can control the opening and closing of the lock and limit the lock manager.
In addition, the management member is composed of two configurations of “limited management member” selected (mainly at one place or a part) and “other management member” not selected (remaining). Further, the number of other management members can be increased as many as possible (as much as possible).
The “limited management member” has a “remote control member” inside.
The “other management member” includes a “guide member” and a “joining member” inside.
The “remote control member” is a joint in which one edge is connected and engaged with a guide member provided in another management member, and is engaged with the other edge of the guide member via the guide member. This is a remote operation member for interlocking the members.
The “joining member” is installed in another management member, and is arranged so as to be sandwiched between the casing and the lid, or between the casing and the casing, or between the lid and the lid, and joined together. It is a locking member that locks and unlocks the joint.

In the first embodiment of the present invention, a plurality of lock mechanisms 3 are installed on the rear side view (A) of the openable / closable door 2 attached to the building 1 of FIG.
The lock mechanism has a management member including a housing and a lid installed therein.
The management members are composed of a total of four management members on the left and right, and a management member on the left and another management member on the right.
The limited management member is provided with a remote control member that penetrates the fixed strut member so that it can rotate. The other edge is connected to the guide member.

The guide member installed in the management member is connected to the remote control member of the limited management member, and is connected to the other guide member in a state of being movably supported by the support column member installed therein. A member is installed. By operating the remote control member of the limited management member, the guide member connected to the remote control member responds to each operation of pulling out, pushing in or rotating, and further, the joint member connected to the guide member is responsively transmitted. .
By pulling the remote control member of the limited management member, the joint member connected to the guide member, which is installed in the other management member, is pulled in, and the joint state of the joint member connected to the housing and the lid is changed. Unfolded, the housing and the lid are separated, and the joint portion of the lid can be opened and opened.
The main structure and effect of the above “guide member” is that one edge is connected to the remote control member, and the other edge is connected to the joint member so as to penetrate the column member, and remote control is performed. It is a transmission member or a connecting member that reacts the connecting member 12 to be connected by rotating, pushing, or pulling a slide movement or the like by operating the member.
As a note, the positional relationship between the remote operation member, the guide member and the joining member is basically arranged in a straight line, and in response to the operation of the remote operation member, the guide member and then the joining member respond in order, The joining member joined to both the housing and the lid is uncoupled to be unlocked, and joined to be locked.
Further, when the joining member is pulled out in response to the guide member, the joining held between the housing and the lid can be released even if the pushing operation is performed in the reverse direction (or the drawing is performed).

As a note, the remote control member is equipped with a pull-out prevention function, and is engaged inside the limited management member so as to penetrate the fixed strut member. Usually, it is folded, twisted, and fastened. It is fixed by and equipped with measures to prevent forcible operation from other management members and error motion.

Next, each member arranged in the management member will be disclosed in detail.
The lock attached to the lock attaching portion provided in the other management member is locked, and the protective member is locked with the scissors. The locked protection member presses the joining member from above, and joins the joining portion of the joining member to the joining portion of the casing and the joining portion of the lid.
By the joining portion of the joining member, the joining portion of the lid is locked from the upper direction, and the management member is closed.
In the present invention, as described above, even when the lock is in the locked state, it is possible to open the door of the other management member by operating from the limited management member, and even when the lock is in the locked state, the lock locking member is removed. The lock can be taken out from the lock mounting portion.
Even if the locked protection member described above holds the joining member pressed from above, the guide member and the joining member are sequentially operated by the operation of the remote control member, and the joining member is slid. It can be moved and taken out from the sandwiched state of the housing and the lid.

Further, as another example, the lock attached to the lock mounting portion in the locked state by the opening method of the limited management member of the present invention described above, and the lock locking portion stop mounted in the same manner are also provided. By removing it, you can open and remove the lock, and move the lock in the locked state with the hook protruding to the opened space (backward by the length of the hook), even in the locked lock It can be removed and replaced.

As another example, when the lock in the locked state is unlocked, the collar 15 is stored in the lock, the protective member is stored in the original position by the elastic body, and the joint member is erected by self-supporting or urging the elastic body or the like. Then, the casing and the lid are released from the sandwiched state, and the lid can be opened by a knob.
In addition, when a weighting member such as a weight is provided in the local part of the joining member and the lock is unlocked, there is no pressing contact with the hook, and the released joining member is free of its own weight or gravity, etc. Thus, it is possible to stand up by rotating to the weight member side and to automatically uncouple the casing and the door at the same time.
In addition, when the lock mounting part is installed vertically, it is normally locked with a lever action member (protective member) or a lock or a hook, and when the lock is unlocked and the locked state is released, the horizontal direction or Rotating sideways, the joining member self-stands, and the joint between the housing and the lid can be released simultaneously.

Further, an elastic body such as a leaf spring or a coil spring may be installed in any part of the column member, the guide member, or the joint member main body, and may be biased so as to rotate. In addition, when the lock of the other management member is unlocked, the remote operation member is rotated, the guide member is rotated without sliding, and the joining member remains in the clamped position. It can be rotated and uncoupled from the case and lid.
As the above means, when a notch hole is provided locally on the guide member and the joining member locks the housing 4 and the lid 5, it is located in the middle of the notch hole and the lock is unlocked. Then, it rotates so as to stand upright in the direction of the housing side where the notch hole is opened.
Further, when the lock is locked, the rod 15 or the rod action member (protective member) contacts and pushes the joining member in the direction of the lid side where the notch hole is opened to lock.

Furthermore, when it is rotated by the response of the remote control member, it is rotated so as to be pushed back in a state where it is in contact with the edge of the notch hole on the housing side. The joining member can freely rotate between the cavities of the cutout holes.
Engage so that it penetrates locally on the side of the outer periphery that is not a large horizontal surface of the joining member, and when the remote control member is rotated, it turns to stand in a state where the horizontal surface is inclined around the horizontal axis, and the joining member Rotate so that one edge of the springs up and the other edge sinks.

In addition, the shape of the member is formed of a hard rod shape or a cylindrical shape, and in the case of a cylindrical shape, the member has a pressing member, and the guide member is moved by an operation of pushing the pressing member like a syringe, or May be drawn through a string-like member.
In the case of an operation in which the joint member is pulled out in response to the guide member, the joint between the housing and the lid can be released even if the joint member is pulled out in the reverse direction.

Adjust the length of the guide member such as the shape extending to the inside of the limited management member or the length of the other management member and the limited management member extending to the boundary. Alternatively, a straight straight shape, a bent shape, a curved shape, and the like are possible. In addition, the material consists of a flexible string shape, a hard rod shape or a cylindrical shape, and in the case of a cylindrical shape, another connecting member is disposed so as to penetrate inside, and the guide member is operated by operating the remote control member. It can also respond to internal reactive reactions,
As an annotation, there may be used a member that is strong and deformable, such as a wire or a piano wire, or a member that can be freely deformed into a straight line or a curve, such as a chain. Furthermore, it does not comprise only one type of member, but a plurality of different materials may be combined so that they are partially connected.

Even if the lock attached to the lock mounting part installed in the management member is installed in a part of the case or lid, even if the lock attached is locked, the case or part of the lid is cut into a severed state. Alternatively, a method for opening and closing the lid is disclosed.
The joint member is established so that the joint member can be installed locally on the lid, and the joint member is installed in the established local region.
The joining member is joined in a slidable state so as to be connected to a plurality of two locations of the lid. The joining portion to which the joining member is connected and engaged is provided with an engaging groove. When the joining member slides along the engaging groove and is released from the local portion of the lid, the lid is opened.
In addition, the joint member is a joint member that extends in the shape of an arm tree at the local part of the housing or door, or a space part that is locally cut off, and is joined and locked by the joint member to respond to the guide member. Then, when the joint member slides or rotates, the connection between the housing and the door is released and the door is unlocked.

When the push-in member provided at the edge of the remote operation member is pushed in, the connecting member, which is a part of the rod-shaped guide member that penetrates through the guide member tube, is pushed out and engaged with the connecting portion with the joint member. The deformed member made of the different material guide member rotates while being engaged with the joint member, and the joint part of the casing and the lid and the joint state of the joint member are disengaged by rotation, and are opened and opened. Covered.

The joining member is joined in a slidable state so as to be connected to two locations on the lid. An engagement groove is provided at two places where the joining member is engaged, and the lid is opened when the joining member slides along the guide groove and is released from the local portion of the lid.
Further, as another example, an engaging portion provided in the shape of an arm can be installed on either the housing or the lid, and locking or unlocking can be performed so as to cut or engage either member of the housing or the lid.
A notch portion in which the joint member can be installed is provided between the housing to be fixed and the lid, and the joint member is disposed in a sandwiched state, and can be opened and closed even when the management member is locked.

As a comment, a slippery member such as a bearing, a roller, or a lubricating member may be used at the bottom of the groove.
The joint member provided locally on the housing or lid is provided with an engagement member in the form of an arm tree in the local area of the housing or lid in addition to the space opened by cutting off a part of the housing or lid. There is also a method to sandwich the part.
For example, when a member having an “H” -shaped normal is sandwiched and opened, the casing or lid is opened by pulling or pushing in from the lateral direction to release the connection between the casings or the lids. Opened.
From the locking position that engages in a state of being sandwiched between the housing and the lid by the responsive operation by the guide member,
The joining member is pushed out or pulled out, and is disengaged from each other and opened.

On the outer periphery of the joint member, a joint part to be connected is provided in a local area where two points that are the longest distance away from each other, and one joint part is used as the joint part of the housing, and the other joint is provided. Each part is joined to the joint part of the door and locked.
In addition, this time, by rotating the joint member so that the shortest two points facing each other are directed to the joint of the housing and the lid, the difference between the longest two points is increased. A space is opened at the place where the joint member is sandwiched, the connected joint state is released and the lid can be opened.

Further, as an example, the joining member is composed of an outer peripheral member and an inner mold member, like a bearing member, and is rotatably engaged in a plurality of shapes, and one of the divided members can be fixed and the other can be rotated. .
As another example, the joining member is provided with a vertical member that intersects perpendicularly at the center of the surface that is a horizontal surface, and an engaging portion that is connected to the deformable guide member at the local side. When the guide member is engaged and the push-in member of the remote control member is pushed in while being deviated from one of the centers of the vertical members, the connecting member provided in the guide member responds and the edge of the guide member The deformable member connected to is rotated so as to engage in the direction of the disengaged engaging portion, and the joint member provided locally is rotated and moved so that both the housing and the lid are joined. It can be opened by opening the connection with the part.

A gear that engages with the rotating motor is internally provided, and the tooth trace portion of the extended plate-shaped guide member having the tooth trace portion is engaged with the tooth trace portion of the gear. By sliding, the locking member is released from the engaged state of the housing and the lid.
In the other management member C, the receiving unit receives the light beam that travels straight, and sends a rotation signal to the motor to rotate it.
Further, the other management member D transmits a signal or radio wave, and even if there is a barrier such as a door lever that exists in the middle of transmission, the receiving unit can receive the signal or radio wave without being blocked.
As an annotation, since only a limited management member is installed in the transmission unit, operations from other management members are impossible.

In addition, if the receiving part is also installed on other limited management members, the lock or unlocking operation part is unlocked, and it is attached to the lock mechanism by sending an unlocking signal with an electronic lock or a transmitting member. Even when the front of the gun is locked, it is possible to simultaneously unlock (or lock) all the management members at once without contact.

As a note, the simultaneous unlocking operation with the transmitter etc. described above is not limited to a program such as an unlocking signal so that the receiving unit of the limited management member and the receiving unit of the other management member are both responded under the same conditions. Is set.
Further, the operation means described above is for unlocking or locking only the housing and lid of the management member in the closed state, and is provided with a locked lock or unlocking operation member provided in the management member. In any case, the door of the building is not opened by the operation means.

As a note, this remote control member is not provided on other management members, and can be controlled only from a limited management member in one direction to prevent control from other management members. Only when the management member is operated, the lock can be mounted on the lock mounting portion by opening and closing the lid.
Each of the engaging part of the housing, the engaging part of the lid, the engaging part of the joining member may not have the same shape or size, or one or each may have a different shape or size. It can be used if it has the effect of being connected, joined and locked.
A notch portion in which the joint member can be installed is provided between the housing to be fixed and the lid, and the joint member is disposed in a sandwiched state, and can be opened and closed even when the management member is locked.

Of the outer periphery of the joining member, an engaging portion of the joining member is provided locally between two points that are the longest distance or interval (longest). , One is engaged with the engaging portion of the housing, the other is engaged with the engaging portion of the door, and the housing, the joining member, and the lid are engaged with each other in the connected state. When the lid sandwiches the joining member, the engaging portions at both edges of the joining portion are engaged and locked.
Further, an elastic body or the like is provided on the guide member or the column member engaged with the guide member, or the joining member main body, and is urged by the assistance of the elastic body or the like so that it can quickly rotate and self-stand. Furthermore, you may rotate by operating with a remote control member.

In addition to the above description, unlike a lock that is removed and carried, it is not necessary to reduce the size or weight by using a fixed locking / unlocking operation member. And cost reduction and strength can be further strengthened.

As an annotation, when a lock attached to another management member is unlocked, the joint member can be directly operated to unlock the lock.
As an example of turning means, in addition to opening and closing operations by the guide member, an operating member made of another knob etc. is provided on the management member, and when the lock is unlocked by the operating member, it is directly rotated by the knob etc. Even when the housing lid is closed, the housing and lid can be opened and closed with the limited remote control member of the management member.
As the above annotation, a bearing member, a sliding member, or the like may be incorporated in the notch groove or the like.

In addition, when the joining member is self-standing or when it is rotated by the remote operation member, even when the remote operation member is fixed, the guide member is connected and engaged in a state of being rotatable through the support column, The joint member can be rotated to be independent, and the joint of the casing and the lid can be released.
Furthermore, as another example, the inside of the guide member is hollowed into a cylindrical shape, a hard linear member or the like is movably penetrated inside, and a wire shape in which a plurality of different members are connected and joined to a rod-like edge. The structure may be such that the deformable member is provided, engaged with the joint member, the wire is pushed out by the operation of the guide member, and the joint member is rotated and wound so as to be wound.

As a result of having compatibility of the shape of the engaging portion of each part constituting the security box of the present invention, the lock of the present invention can be easily replaced without using a tool, and the type and function of the key or lock, Since the shape of the security box or a combination of both can be freely selected, the original security box can be freely arranged in a fashion sense.

Collect various valuables in the security box and fix the security box body with an optional mobile chain to prevent theft, or attach an optional handbag or shoulder belt and use the security box body as a back If you carry it with you, you can always carry all your valuables, and you can manage the entire security box even when you leave it at the hotel front desk or in the safe. The security box equipped with the lock and lock mechanism and protective member of the present invention is highly effective in preventing crime. There is no worry about the lock, so you can leave it with confidence. In addition, by installing a seal confirmation function, it is possible to confirm whether there has been an unlocking action by a third party.

By making the security box body transparent, it is possible to check the contents without opening the security box, so there is no need to mix it up with other people's belongings, such as sports equipment and musical instruments of a standard size. In the case of a fixed shape, the security box can be mass-produced, so that the manufacturing cost can be reduced.

When using a security box between offices or between public facilities, there is no worry that it can be opened by an external third party, so the security effect is high, and transportation of stored documents, etc. is secured by reusing used document bags. If it is stored in a box, it will help to reduce waste. Moreover, since it can be directly transported to the department in charge or the individual in charge in units of security boxes, it is possible to prevent misdelivery and mistakes due to improved security and visualization effects.

The security box itself can be placed in a larger security box to increase security, or a shock absorber can be placed in the space between the stacked security boxes to store precision machinery, expensive instruments, and artwork. It also helps protect against product shocks.

If the lock storage case, the lock attachment / detachment engagement member, the lock and the security box share the engagement portion and compatibility, a plurality of locks are first attached to the lock storage case and the lock attachment / detachment engagement member to the security box. Because it is removable, you can easily replace multiple locks at once.

By means of interposing a protective member arranged in the lock mechanism, for example, in the case of means for sliding the locking and unlocking operation of the lock provided in the lock in the lateral direction, the protective member is interposed, so that an external force acts Even if the member or the protective member is forcibly operated, the vector direction of the breaking force directly received from the outside is changed, and the direction is changed to the direction intersecting perpendicularly or parallel (parallel). The operating means cannot be pushed (or pulled out) through the protective member in the same direction, which is the direction of the ball hitting state, and includes means for reducing or blocking the destructive force against the wrinkles of the lock.

Unrolled items such as records, radiographs, and forehead pictures can be handled by a thin security box with a large surface area, and long items such as fishing rods and golf clubs can be handled by an elongated cylindrical security box. It can also be used as a lock (device) for restraining a chain or the like as a single unit lock (device) that can set a plurality of locks and replace the lock. In addition, a lock mechanism in which a plurality of scissors are arranged can be mounted on the unit lock (device) described above.

Even if the key, lock and security box are made of different materials, the design process including the uneven shape, pattern shape, color of the component, and print processing is common, and fashion coordination is also possible. it can. The form forming the security box can be applied to a wide variety of forms, such as a rounded design, a polygonal design, a multi-faceted design, or an object that exists in nature such as animals, plants, and celestial bodies. If it is the shape of the security box described above, it can be easily carried in the bag like a pochette. Further, the security box can also have means for instantly concealing the lock and unlock operation unit and the inside of the security box using the action or effect of the optical liquid crystal and the electric liquid crystal. In addition, it is possible to provide means for forcibly concealing by installing an opening / closing member for opening / closing the locking / unlocking operation part provided in the lock or security box.

In the conventional method of using a safe equipped with a lock, double locking is troublesome.For example, in the case of a combination of a dial lock and a cylinder lock, the dial lock is unlocked during normal use, or the cylinder lock is locked or locked. In some cases, the unlocking operation is not performed, and the double lock function is not used, and the crime prevention effect has been reduced. However, the security box equipped with the lock of the present invention is attached to one lock mounting part. The present invention which can freely select and replace locks of models equipped with the latest functions such as locks and hybrid locks with an increased number of digits on the locks to be mounted, and has a reduced standard shape on the same lock mounting part The lock can be used directly or directly on the lock storage case, so that the security level can be easily increased with the lock of the present invention mounted on one lock mounting portion. Door can be.

If some parts of the security box are damaged when traveling, etc., if the cover is covered by the sales network, replacement parts can be purchased and easily exchanged locally, allowing the security box to be used continuously.

If you carry another lock for replacement instead of a spare key, you can exchange it immediately.For example, when you travel to the United States, you can optionally select a lock with a dedicated lock function `` TSA '' on the lock of a travel suitcase. If you change the lock of the “TSA” function to an arbitrary lock when you arrive at the site, it will be easier to use and more secure.

If the key is lost and it is difficult to unlock and lock without having the key, it can be used continuously by unlocking the permanent dial lock, and the locked lock can be used for crime prevention. For this reason, it can be disabled by means of forced locking. Multiple locks can be mounted in the same space, such as thin type locks and compact type locks, on the lock attachment part in one place of the security box, and multiple locks can be locked and unlocked simultaneously. it can.

As a summary of the examples, the effects of the present invention will be described with reference to examples of use in overseas travel as an example of the examples. The following story is a commentary that explains an example of the embodiment in an easy-to-understand manner.

For the performance trip set in the United States, three security boxes are used, the first is a small security box that can be carried in the cabin, one with a bio-reaction lock and the other with a dial lock. It is equipped with an optional waist pouch belt and anti-theft chain. The second is a security box in the shape of a violin containing a violin. The third is a security box having a shape of a violin that is slightly larger than the same shape and can be stored together with the security box having the shape of the violin. An anti-damage member is sandwiched between a security box in the shape of a violin that directly stores a violin and a slightly stronger protection-enhanced security box of the same shape to take measures against damage. Both security boxes that are compatible and have the same shape and size can be used in duplicate.

In addition, the different arbitrary locks to be attached to the security box are to be attached to the respective security boxes having the shape of the two violins in the following combinations. 1. In the security box that directly stored the violin, two dial locks that were reduced and differentiated were stacked on one side and mounted on the lock storage case, and mounted on one lock mounting part. When a lock storage case is used, a plurality of locks can be easily replaced. On the other hand, the “TSA lock” lock, which is indispensable for traveling to the United States, was directly attached to the pre-lock mounting part. 2. A security box in the shape of a slightly larger protection-enhanced violin uses a lock attachment / detachment engagement member. The lock attachment portion of the lock attachment / detachment engagement member has a hybrid lock on one side and a “TSA” on the other side. A lock lock was attached, and a lock attachment / detachment engagement member was attached inside the lock attachment portion of the security box. By installing the above combination, even if a third party responsible for master key management of the “TSA lock” lock unlocks it for inspection, the “TSA lock” can be unlocked to unlock the locked lock. You can avoid being destroyed.

The common items of the above three security boxes are as follows. 1. It is made of a reinforced synthetic resin with a transparent visualization effect. It is lightweight and very strong. 2. A plurality of different locks to be attached to the security box can be arbitrarily selected and are compatible with security boxes of different shapes and sizes, and can be combined freely. 3. One or a plurality of locks can be attached to one lock attachment part in each lock attachment part of the security box. In addition, it is possible to easily attach a plurality of locks at once by attaching them to the lock storage case or the lock attaching / detaching engaging member. Furthermore, it is possible to use the locks attached to the lock attachment part at one place at the same time. 4. It can be used even if the accessory is attached to the security box as an option. 5. The “locking means” and “means for blocking the locking and unlocking operations” by the lock means attached to the security box are combined to enable the security box to be used continuously.

When checking baggage at the airport, PCs, recording media, cash, credit cards, jewelry, and mobile phones were stored in a small security box that can be carried on board. Visualization allows visual inspection without opening and infrared fluoroscopy. Only inspection was done. Also, without collecting valuables from the inspection tray after the infrared inspection, the security box containing the valuables was quickly taken out and passed through the gate in a short time. I boarded an airplane and locked it using an optional portable anti-theft chain attached to a small security box on the seat. Now, you can rest assured when using the restroom while you are seated for a short time while boarding, or even when you sleep at night. If you are worried, you can use the optional waist pouch belt to carry or sleep when using the restroom. By storing additional passports and return passports after boarding, you can carry a lot of valuable items with a single security box and store them safely.

When I arrived at the site and received the package, the accompanying biolist used the same security box, but due to the visualization effect, I could immediately receive my security box in the shape of a violin without mistake. Also, the “TSA lock” locks that were no longer needed were replaced with easy-to-use magnetic locks that were brought separately on the spot. To replace the lock, the lock to be replaced was taken out of the unlocked security box, and the magnetic lock that was brought separately could be easily detached without using a tool. I always carry some other locks that I have collected every time I go out so that I can use it for my purposes and purposes. The key for operating the magnetic lock is embedded in the ring of the accessory, and wearing the ring at all times provides convenience during locking or unlocking and measures for loss or theft prevention.

The concert was finished, but I couldn't lock it because I couldn't find the lock key of my friend who tried to lock. Since I did not know whether it was stolen or dropped, I decided to take out the cylinder lock that was disabled and lock it with the dummy lock built in the cylinder lock. Furthermore, the main surface with the keyhole of the cylinder lock was rotated 90 degrees to be the side surface of the lock, and was remounted on the lock mounting portion of the security box. Even if a third party picks up or deliberately possesses the lost key, the unlocking operation itself can be completely prevented on the other side without the locking / unlocking operation part of the cylinder lock. By the above means, the security box can be continuously used by means of a locking operation or an unlocking operation by another different lock.

At the airport, a security box with the same shape as a work of art with a seal-like document was visible and the departure procedure was carried out smoothly by visualizing the security box without opening it. There are various types of security boxes at airport duty-free shops, rounded translucent and light pink heart-shaped security boxes, security boxes that imitate a little scary lion's face, and local famous amusement parks. A security box imitating an adorable character, a soccer bowl-shaped polyhedral security box, a metal box that has no visualization effect, but is made of a long and slender cylindrical polygonal security box, and a flower pattern, star, or moon pattern There was a transparent security box. Other options include a candy-type drawstring bag that can be used in an optional security box so that the contents cannot be seen, and a card-type lock with the latest security function to replace the lock. Among the luxury products, the same brand mark surface treatment was applied to the locks and security boxes that were installed, and if you look closely, there was a design where the brand logo was uneven and the color slightly changed depending on the angle.
In addition, a transparent security box that uses liquid crystal action has a concealing function that makes the interior look invisible with a single button. In addition, there were security boxes of various types and sizes. All of the above is an example of the embodiment described with an example of use in overseas travel.
Based on the example described above, a security box that can be used continuously by the lock of the present invention is provided.

In addition, by firmly fixing the locking / unlocking operation member and the locking member inside the same opening, it is covered by the outer shape and frame frame formed by the main body, and has security against destructive force such as prying open. Can be increased. For example, it can cope with important operation room doors and the like related to military defense and nuclear power.

Even with a common ridge and the same opening, which has multiple locking and unlocking means, multiple users can use and share a single security box simply by having their own locking and unlocking means. Locking and unlocking operation to conceal the main surface of the lock or lock by means of a dummy lock or locking member, even if one of them cannot use the locking and unlocking means due to loss of key or failure, etc. The security box can be used continuously as a means to prevent this.

In addition to the lock paddle mechanism, the horizontal stabilizing member can be used for a paddle or dummy lock provided in the lock, a locking / unlocking operation part or a lock member or lock mounting part provided in the same opening, a security box, a lock device, etc. Can also be applied. Also, the locking / unlocking operation can be performed by a magnetic force, a radio wave, a light beam, or the like even without contact with a completely waterproof lock or the operation portion of the security box.

The forming members such as security boxes or cases are sewn or knitted with carbon fibers or fibers with functions such as reinforced friction resistance, cutting resistance, chemical resistance, tension resistance, etc. Then, it can be solidified by chemical change of chemicals or chemical change to burn, etc. to improve the strength.
In the case of knitted fabric processing, it is possible to reinforce a forming member such as a security box or a case, assuming a cured shape due to a chemical change.
As a means, when weaving, the inner edge or corner of the security box or case is shaped so that it does not thicken or break, and after the chemical change, the inner edge or corner However, if it is considered to have a shape with bend-proof reinforcement such as roundness or obtuse angle, it will be a countermeasure against bending where the reinforcing fiber is a weak point.
In addition, when processing knitted fabrics, etc., shapes can be used easily without using expensive members such as dies due to changes in color and pattern thickness, yarn thread or number of yarns used, etc. Change is possible.

The knitted fabric can also be used to process a security belt and security net for a travel suitcase. In addition, when the knitting is performed, the labor and difficulty of post-processing can be reduced by processing the engagement hole, the engagement portion, or the engagement member from the beginning with knitting means such as molding knitting. In addition, the lock of the present invention can be commercialized in various independent shapes as a portable locking device, covering and protecting any object with a security net, chain, wire, braided braid, braided rope or belt, Bundling with an engaging member or the like to make a single batch management is easy.

By fixing the locking / unlocking operation member or locking member inside the security case body or lid, it can be protected by the outer shape member and applied to the lock device of the building or transport member, etc. It also prevents forgetting wearing or carrying. Furthermore, it can be used in combination with a detachable lock.

The lock which is disposed in the lock mechanism provided on the main body or the door which can be opened and closed, and which is covered with a cover member composed of a housing and a lid,
It is a remote operation member that has a joint member, a locking / unlocking operation member, and a guide member, and is provided only for the limited lock,
The other connecting member of the lock is moved via the guide member, the casing and the lid are connected and locked,
By controlling the unlocking and unlocking, the casing and the lid in the locked state can be forcibly opened and closed,
The locking / unlocking operation means of the locking / unlocking operation member provided in any other lock provided in the lock mechanism;
The lock means characterized by comprising the limited lock that can limit the administrator holding the exchange means,
The main body or the door can be locked and unlocked from the surface or the outside, the main body or the door is locked, and the joint member, the housing, and the lid have mutual joint portions. Even in a locked state that is connected or clamped,
By means of the remote control member that only a limited lock has, through a guide member that another lock has,
In a state where the joining members are actuated and connected to each other,
An operation of opening the cover by uncoupling the casing and the lid;
By controlling the cover to be openable and closable by connecting and closing each other and closing the mouth,
The lock provided in the lock mechanism provided on the back surface or inside of the main body or the door is internally provided.
A lock characterized by limiting managers who operate and exchange locking / unlocking operation members.

Locking / unlocking operation from the outside or the surface of the main body or the door, locking the main body or the door, and holding vertically between the housing and the lid, and standing upright vertically,
The joint member that is unjoined and unlocked to the joint part of the housing and the joint part of the lid,
Push or push in the heel or the heel action member brought into contact with the heel, provided in the locking / unlocking operation member provided inside,
The joint member is rotated in contact with the horizontal state,
Locking operation for joining the joint part provided by the joint member to the joint part provided by the housing and the lid;
By the remote control member of the limited lock, in response via the guide member,
Pulling out or pushing in the joining member,
With the operation of forcibly unlocking and unlocking the joint of the casing with the joint part of the lid,
With the operation of forcibly connecting and locking and locking, the lid is controlled to be freely opened and closed,
The lock according to claim 1, wherein the lock / unlock operation member exchange means and the lock / unlock operation means are combined.

It has a housing and a lid, and is operated by locking and unlocking from the outside or the surface of the main body or the openable / closable door,
Push the scissors provided in the locking / unlocking operation member installed inside or the scissor action member in contact with the scissors,
The locking state in which the casing and the lid are brought into contact with the scissors or the scissor action member is moved,
A locking operation sandwiched between them,
Releasing the latched state in which the collar is housed and brought into contact, or released from the clamping state in which the collar action member is engaged;
An unlocking operation, and a lock that can open and close the housing and the lid,
Even in the locked state where the heel action member abutted on the heel or the heel is sandwiched,
With the remote control member provided in the lock with the lock member limited, the lock member is forcibly removed by performing the lock and unlock operation, and the locked state in which the housing and the lid are engaged is released.
A lock, wherein the housing and the lid can be opened and closed.

A locking operation to be joined to a joint part provided by the housing and the lid;
With unlocking operation to remove the joint by reverse operation,
By the remote control member that the limited lock has,
By response through the guide member,
Pulling out or pushing in the joining member,
An operation for forcibly unlocking the joint of the casing with the joint part of the lid,
Control the lid so that it can be opened and closed,
A lock comprising both the means for exchanging the locking / unlocking operation member and the locking / unlocking operation means.
The lock which has a case and a lid which have a joint part from the surface of a main part or an openable and closable door,
Responding to the locking / unlocking operation means, the lock / unlocking operation member to be installed has
The hook engaging member that contacts and responds to the hook, and the connecting engagement member
The main body or the door can be controlled to be locked or unlocked,
When the casing and the lid are connected and engaged with each other in a state where the casing and the lid are sandwiched or sandwiched,
The housing and the lid can be locked, and can be unlocked when the coupling engagement is released,
The main body, the door, the housing, and the lid are simultaneously
A lock that can be locked and unlocked.

In the same opening where the main body and the openable / closable door are in contact with each other, it consists of a housing and a lid, and a lock mounting part is installed inside.
A lock mechanism having a management member that opens and closes the lid by locking and unlocking the attached lock is provided,
Among the management members, a remote operation member provided by the limited management member,
The guide member provided in the other management member, and the joint member that is connected to the guide member and disposed in a state of being sandwiched between the housing and the lid, can respond.
Whether the locking member has the lock in the locked state, or the hook acting member locked by the hook,
Even in the abutted locking state, the joint member is slid and moved.
The joint of the joint member, the joint of the housing, and the joint of the lid are uncoupled or joined together, and the housing and the lid are unlocked or Control to the locked state,
The management member, wherein the lock is attached to and detached from the lock mounting portion provided in the other management member.

The management member according to claim 1, wherein the other management member has the housing or the lid, where the cut portion is locally cut.
The remote control member disposed in a state of sandwiching the joining member, the limited management member is provided internally,
The guide member and the joining member provided in the other management member are moved,
The joint member is disposed in a state of being sandwiched between the housing and the housing or locally established between the lid and the lid,
By pushing or pulling or rotating by the joining member,
Whether the case and the case or the lid and the lid are disconnected and the local area is cut off,
Control the state of unlocking or locking by joining and connecting the local,
A management member, wherein the lock is attached to and detached from the lock mounting portion provided in the other management member.

The guide member disposed in a penetrating state locally on a support member provided in the housing having an urging body, and
A side surface of the joint member, and a coupling engagement with each other so as to be rotatable with respect to each other, and sandwiched between the housing and the lid,
By locking the lock, a plurality of connecting members of the joining member are
In a state where one side is connected to the connecting part of the housing and the other side is connected to the connecting part of the lid,
The joint member that is abutted and locked has a weight member locally,
With the unlocking of the lock, the contact locking of the joining member is released,
At a position sandwiched between the housing and the lid, it is self-standing in the direction of the weight member, or is rotated in the direction in which the biasing body is urged, or by the remote control member The responsive guide member
By rotating and standing the connected side surfaces,
The management member according to claim 1 or 2, wherein a plurality of connecting members of the joining member are disconnected and the opened lid is opened.

In the same opening where the main unit and the openable / closable door touch each other,
A locking member that is common to the locking / unlocking operation member and the locking member,
Locking / unlocking by protruding or storing the bag of the locking / unlocking operation member;
In the forced locking by the protrusion holding of the locking member that the locking member has,
The same opening that locks or unlocks or forcibly locks the common locking member,
If any of the locking / unlocking operation members cannot be unlocked,
Locking / unlocking by any other locking / unlocking operation member,
If any of the locking / unlocking operation members cannot be locked,
Instead of unlocking with the unlocking operation member in the unlocked state,
Forced locking by the locking member;
And by controlling the common locking member in any one of the other locking and unlocking operation member, locking or unlocking or forced locking,
The same opening part which locks or unlocks the said main body and the said door.

In the same opening, it has a lock, and a lock mounting part for attaching and detaching the lock,
With locking / unlocking with a hook of the lock, and forced locking with a locking member of the locking member,
A lock mechanism that locks, unlocks, or forcibly locks the common locking member,
If any of the locks is not unlockable, unlocking and unlocking by any of the other locks,
If any of the locks cannot be locked, instead of unlocking by the lock in the unlocked state,
Controlling the common locking member by either locking or unlocking or forced locking by forced locking by the locking member, and any other locking and unlocking by the lock,
A lock mechanism that locks or unlocks the main body and the door.

Rotate the lock that has both the main surface having the operation part and the display part for locking and unlocking, and the other surface not having the operation part and the display part, and either the main surface or the other surface Towards,
The lock mechanism to be mounted on the lock mounting portion is configured to mount the lock in a locked state, lock the common lock member, rotate the main surface, and mount the lock toward the other surface. The lock mechanism according to claim 2, wherein the lock operation unit and the display unit are concealed to prevent a lock or unlock operation and the common lock member is forcibly locked.

The lock that has both the heel and the dummy lock is a different locking operation from the operation of locking the heel by protruding the heel,
A locking mechanism for projecting the dummy lock and forcibly locking it, and locking or unlocking or forcibly locking the common lock member,
When the unlocking operation of any of the locks is impossible, the unlocking and unlocking operation by any of the other locks,
If any of the locks cannot be locked, instead of the lock provided by the lock that cannot be locked,
By another different locking operation, the common dummy lock is protruded and attached to the lock mounting portion to forcibly lock, and the locking / unlocking operation by any other lock is the common Control the locking member to either locked or unlocked or forced locked state,
The lock mechanism according to claim 2 or 3, wherein the main body and the door are locked or unlocked.

Locking with a lock that the lock has, and rotating the main surface toward the other surface and concealing,
Equivalent operation and effect for controlling the common locking member to the state of forced locking, and a shape comprising an outer shape or an outer shape for implementing the operation and effect,
A lock mechanism for attaching and detaching the dummy lock having an independent single shape to and from the lock mounting portion,
Operate the dummy lock and use the outer shell or outer shape in which the locking member protrudes,
Alternatively, the dummy lock made of a shape member having the outer shape or the outer shape, which is formed in an independent independent shape, is attached to the lock mounting portion, and the common lock member is forcedly locked. The lock mechanism according to any one of claims 2 to 4, wherein the lock mechanism is controlled.

When the same opening is opened in an unlocked state, engage with the lock mounting part,
The lock that faces the main surface or the other surface, and the lock that protrudes and holds the dummy lock;
A lock mechanism for fitting and fixing the dummy lock having the independent single shape or removing it from the lock mounting portion to open and remove the lock and the dummy lock. The lock mechanism with the stop member
The lock locking member is engaged with the lock mounting portion to fill or remove the space portion to open a detachable space,
Apply the opening space or move the opening space, the lock in the locked state,
The lock from which the dummy lock is projected, and the dummy lock having the independent single shape,
The lock mechanism according to claim 2, wherein the lock mechanism is detachably mounted on the lock mounting portion.

The lock, the lock having the dummy lock, and the dummy lock having the independent single shape,
The lock mechanism according to any one of claims 2 to 5, wherein the lock mechanism can be attached to and detached from the lock mounting portion.
If any of the locks cannot be unlocked, the operation means for locking and unlocking by any of the other locks;
When any of the locks is not lockable, the lock or the independent single unit is in a state of holding the dummy locks protruding in place of the hooks of the locks that cannot be locked. A dummy lock consisting of
Either means for mounting on the lock mounting portion or means for projecting the locking member provided in the locking member, and any other means for operating the locking or unlocking of the lock so,
Controlling the common locking member to either locked or unlocked or forced locked state,
A lock mechanism that locks or unlocks the main body and the door.
In the same opening, the locking / unlocking operation member, the common locking member, and the locking member,
The lock, the lock that also serves as the dummy lock, the independent single-shaped dummy lock, and the lock mounting portion,
The lock mechanism according to any one of claims 2 to 7, wherein the common lock member can be controlled to be locked or unlocked or forcedly locked.
If any of the locking / unlocking operation members cannot be unlocked,
Any other locking / unlocking operation member, or any other lock, or locking / unlocking operation means;
If any of the locking and unlocking operation members is not lockable,
In place of the locking / unlocking operating means of the locking / unlocking operating member that cannot be locked, the forced locking means of the locking member, and any of the other locking / unlocking operating members, or any of the other locks , Locking and unlocking operation means,
If any of the locks cannot be unlocked,
Any other said lock or any other said locking / unlocking operating member, and locking / unlocking operating means;
If any of the locks are not lockable,
The dummy lock that the lock has in combination with the lock mounting part,
The independent single-shaped dummy lock, or means for mounting, or the forced locking means of the locking member, and any of the other locks,
The other locking / unlocking operation member, or the locking / unlocking operation means, and controlling the common locking member to either locked or unlocked or forced locking state,
A lock mechanism for locking and unlocking the main body and the door.

The lock mechanism according to any one of claims 2 to 7, further comprising: a lock mounting portion capable of mounting a plurality of locks having different shapes such as reduced shapes on a single lock mounting portion. ,
Means for using each of the lock operations provided on each of the locks and overlaid on one of the lock mounting parts;
A lock mechanism having a lock mounting portion having a means for attaching and detaching a lock storage case overlaid with the lock.
A lock mounting portion that can attach and detach a member that has the same function and effect as a dummy lock provided in the lock and that has a function of a dummy rod having a single shape independent of the lock. 9. The lock mechanism according to claim 8, further comprising means for forcibly locking a common lock member by mounting the member having the function of the dummy rod on the lock mounting portion. .
The lock mechanism according to any one of claims 2 to 9, further comprising a lock mechanism provided with a lock and a lock mounting portion, and a protective member and a lock or a lock action member combined in series. The scissors or scissor action member provided with the scissors provided on the main body and the inner wall of the freely openable / closable door are compared, and by changing the specifications of the scissors or scissors action member, the scissors pieces and the inner wall are The locking member is interposed between a locking means that moves oppositely or oppositely or engages and locks, and a scissors or scissors acting member provided in the lock mechanism and a scissor provided in the lock, and the lock And a means for reducing or avoiding or blocking a destructive force directly received from the outside with respect to the saddle provided.

A lock mechanism provided with a protective member for protecting the lock attached to the lock attachment portion,
A protection having means for covering or shielding the hook provided by the lock by interposing the protective member between the hook or hook working member provided in the lock mechanism and the hook provided by the lock. A lock mechanism comprising a member.
Responds to the unlocking / unlocking operation of the lock to project or store the basket
The lock mechanism according to any one of claims 2 to 11, comprising a protective member having a reed action,
A lock with a reduced shape, etc., is mounted on one lock mounting part, and any one of the locks is used to lock the protective member by an operation of locking by protruding a hook provided in the lock. The common locking member can be controlled in a locked state, and the protection that has been locked by each of the hooks only when all the hooks of the lock are simultaneously stored by the unlocking operation of the locks. A lock mechanism comprising: a member in an operating state; and means for controlling the lock member to an unlocked state.
A lock mechanism provided with a lock storage case that includes means for simultaneous operation and simultaneous use of each lock and layered locks that have been differentiated such as reduced in shape, wherein the lock includes the lock storage case. The lock storage case to which the lock is mounted without changing the shape of the lock or the volume of the lock by engaging the lock engaging portion of the lock that is compatible with the lock. A lock mechanism comprising: a lock storage case having means capable of being mounted on a mounting portion; and means for concealing an operation part or display unit of the lock and unlocking of the lock mounted on the lock storage case.

A door that can be opened and closed with the same opening part that has any shape of a building, a storage member, a transport object having a storage part, and a device or a member having a lock function, and abuts each other. Provided lock mechanism.
A lock mounting member, a lock, a protection member, a lever member, and a lock locking member, which are made of a lightweight reinforcing member capable of reducing the size and weight of the member, are provided in the same opening provided in the main body and the door that can be opened and closed. A lock mechanism that can be installed internally, wherein the lock locking member is attached and detached, and the lock in the unlocked state in which the lock and the dummy lock are accommodated, the state in which the lock is protruded in the locked state, or the dummy lock A means for mounting the lock in a protruding state or an independent single dummy lock on the lock mounting portion and a lock storage case mounted with the lock mounted on the lock mounting portion or mounted on the lock storage case Means for engaging the lock mounting portion with a lock attaching / detaching engagement member and mounting the lock body on the inside of the main body and the door, and a concealing member or optical liquid crystal and electric liquid crystal provided on the main body and the door that can be opened and closed. In the operation of locking and unlocking provided in the lock And lock mechanism characterized by comprising, means for concealing the interior of the door opened and closed with the main body.
The lock mechanism is a lock mechanism that can be used continuously by opening and closing the same opening in any one of the locks in either the locked state or the unlocked state, and any of the locks is unlocked in the locked state. When the lock operation is impossible, any other means for operating the lock with the lock, and when any lock is unlocked and the lock operation is impossible, the dummy provided in the unlocked lock Means for forcibly locking a common locking member and any other means for locking / unlocking by means of any other lock, and a plurality of any of the plurality mounted on the lock mounting part. When the operation of locking / unlocking by the lock is impossible, the main surface of the lock is attached to the lock mounting portion with the main surface facing the other surface, or the locking / unlocking of the lock is performed by the concealing member of the lock. Shield the operation part Means for preventing the operation of the operation part of the previous locking and unlocking, and means for continuous use for opening and closing the same opening provided in the main body and the door that can be opened and closed by any one of the locks. A lock mechanism.
It is a lock mechanism equipped with a lock locking member that can attach and detach the lock to the lock mounting part, and opens the space by removing the lock locking member provided in the lock mounting part, applying the opened space, A lock mechanism comprising a lock locking member having means for attaching and detaching the lock even when the lock and the dummy lock are protruded or stored in the lock mounting portion.
A lock mechanism having an inclined surface having a wedge effect on both the protective member and the protective member and the saddle action member, wherein the wedge is obtained from the inclined surface in proportion to the pressing force of the abutting action member that abuts. A lock mechanism comprising a responding means that pushes the protective member in a locking direction with an effect to increase or decrease a locking force.
It is a lock mechanism equipped with a horizontal stabilizing member that is provided locally on the inclined surface of the eaves acting member and keeps the inclined surface in a horizontal position, and is in contact when the pressure is more than a certain level. The horizontal stabilizing member is pressed to form the angle of the inclined surface, and the wedge effect by the angle of the inclined surface provided by the scissors operating member has a locking effect that presses in the locking direction in proportion to the pressing force. A lock mechanism comprising means for increasing or decreasing.
It has a dedicated locking operation part that is different from the locking / unlocking operation part of the lock provided on the main surface or the other surface of the lock, and is operated in the locked state in the contact state or in the non-contact state. A dummy lock comprising means for releasing the forced lock only when the lock is forcibly maintained and the lock is removed from the lock mounting portion to disengage the lock.
The main body and the openable / closable door have a common locking member that locks the door and the door in a state where the door is closed, and the main body and / or the door is provided with a plurality of lock mounting portions. The lock in a state in which the lock and the dummy lock are housed together can be mounted on the lock mounting portion, and the lock in a state where the lock in the locked state is protruded or the lock in a state where the dummy lock is protruded A lock mechanism that can be attached to and detached from the lock mounting portion, wherein each lock has an operation portion that allows the hook to project and retract from outside the main body or door, and the dummy lock is manually operated before the lock. The plurality of lock ridges respectively housed in the plurality of lock mounting portions are protruded to bring the common lock member into a locked state, and when at least one lock ridge of the plurality of locks is retracted, Common locking member When the lock is in an unlocked state and any of the locks is in the unlocked state and the unlocking operation is not possible, the lock is in response to the operation of the operation part of the unlocking provided by any of the other locks. Withdrawal, the common locking member can be controlled to the unlocked state, and when any of the locks is unlocked and the locking operation is impossible, the unlocked lock is taken out from the lock mounting portion and the lock The dummy lock included in the lock is protruded and then reattached, the movement of the common lock member in one direction is forcibly locked with the dummy lock, and the bag included in any other lock is provided. Protruding or retracting the common lock member so that the common lock member can be controlled to be locked or unlocked, and the door can be opened and closed when the common lock member is unlocked. lock.
Limited management function with identification management means

The main body and the openable / closable door have a common locking member in the same opening contacting each other,
A plurality of locking / unlocking operation members having hooks and a dummy lock made of a locking member are disposed,
Main body and door having the same opening that can be controlled to be locked or unlocked by the locking and unlocking operation member, and can be controlled to be locked with the dummy lock. Because
If unlocking of any of the locking and unlocking operation members is impossible,
Locking or unlocking by any other locking / unlocking operation member,
If any of the locking / unlocking operation members cannot be locked,
Instead of locking / unlocking with the hooks of the locking / unlocking operation member,
Projecting the dummy lock, forcibly locking the common locking member,
And the main body and door which have the same opening part characterized by being able to control the said main body and the said door to the state of locking or unlocking by locking or unlocking by the said any other said locking / unlocking operation member.
In the same opening, a plurality of locks having a hook, and a lock mounting part to which the locks can be attached and detached are disposed,
Locking and unlocking the hook of the lock, the common locking member can be controlled to lock or unlock, and the dummy lock, the same opening that can be controlled to force locking,
If unlocking of any of the locks is impossible, locking or unlocking by any of the other locks;
If any of the locks cannot be locked, instead of locking and unlocking the locks of the lock,
Protruding the dummy lock, forcibly locking the common locking member, and locking or unlocking by any other lock, the main body and the door,
The same opening according to claim 1, wherein the opening is locked or unlocked.
A main surface comprising an operation part and a display part of the locking and unlocking possessed by the lock;
A lock that combines the operation unit and the other side not including the display unit,
Opened in the unlocked state, removed from the lock mounting portion disposed in the same opening, and rotated,
In a state directed to either the main surface or the other surface,
The same opening that can be reattached to the lock attachment part,
The operation of attaching the lock in the locked state to the lock attachment part and locking the common lock member,
In the state where the lock is directed to the other surface, mounted on the lock mounting portion,
The operation portion and the display portion are concealed, and the operation of the locking / unlocking operation portion and the display portion of the main surface is prevented, and the common locking member is forcibly locked. 3. The same opening according to claim 1 or 2.
Attach the lock that combines the bag and the dummy lock to the lock mounting portion,
In the locking and unlocking of the hooks that the lock has, and the forced locking that causes the dummy lock to protrude,
The common locking member is the same opening that can be controlled to be locked or unlocked or forcedly locked,
If unlocking of any of the locks is impossible, unlocking and unlocking by any of the other locks;
If any of the locks is not lockable, a forced lock that causes the dummy lock to be used in place of the hook of the lock that cannot be locked, and a lock and unlock by any other lock The same opening, wherein the common locking member is controlled to be locked, unlocked, or forcedly locked, and the main body and the door are locked or unlocked.

Consists of a shape member having an outer shape or an outer shape formed in advance in an independent single shape,
A locking action effect of protruding the hooks of the lock;
Rotate the main surface of the lock and attach it to the lock mounting portion in a state facing the other surface,
The concealing effect that invalidates the operation of the locking / unlocking operation part of the lock, and the dummy lock having both
It is the same opening that can be attached to and detached from the lock mounting part and can control the common locking member to be forcibly locked,
A locking operation for projecting the hook of the lock;
The operation of attaching the independent dummy lock to the lock mounting portion and forcibly locking the common lock member,
The same opening, wherein the main body and the door are controlled to be locked, unlocked, or forcedly locked.
It is provided in the same opening portion according to claim 1,
Forcibly locking the common locking member disposed,
A dummy lock that holds the main body and the door in a locked state,
When locking and unlocking of the locking and unlocking operation member is impossible, in place of the hook that the locking and unlocking operation member has,
In contact or non-contact, the dummy lock protrudes, the common locking member is forcibly locked,
A dummy lock that holds the main body and the door in a locked state.

The dummy lock is provided on the lock, and can be detachably mounted on the lock mounting portion disposed in the same opening according to any one of claims 2 to 5, and the common lock member is mounted on the lock. Control to the state of forced locking,
A dummy lock that holds the main body and the door in a locked state,
When locking and unlocking of the lock is impossible, in place of the lock that the lock has, in contact or non-contact,
Protruding the dummy lock to be combined, mounting on the lock mounting portion, forcibly locking the common locking member,
The dummy lock according to claim 6, wherein the main body and the door are held in a locked state.
Locking effect that is formed in an independent single shape and has the lock protruding from the lock, and rotating the lock, the main surface is directed to the other surface,
A concealing effect that invalidates the operation of the locking / unlocking operation part of the lock, and a dummy lock having an outer shape or an outer shape,
If locking and unlocking of the lock is not possible, instead of the lock that the lock has,
The dummy lock is attached to the lock attachment part,
In the shape of the outer shell or outer shape having a locking effect and a concealing effect,
A dummy lock, wherein the common lock member is forcibly locked, and the main body and the door are held in a locked state.
Attach to the lock mounting part provided with the same opening,
When the lock and the dummy lock can be locked to the lock mounting portion, and the main body and the openable door are opened in an unlocked state,
Remove the lock engaging member previously attached to the lock attaching part,
Opening and removing space for the lock or the dummy lock,
A lock locking member capable of detachably mounting the lock and the dummy lock on the lock mounting portion,
Remove the lock engaging member attached to the lock attaching part in advance,
Opening and removing space for the lock or the dummy lock,
In the unlocked state, the lock and the dummy lock,
The lock in a state in which the lock that is locked is protruded;
The lock in a state in which the dummy lock in a locked state is projected; and
A single, independent shape of the dummy lock;
Move to the established space or apply the space,
A lock locking member that is attached to and detached from the lock mounting portion.
The lock locking member having the shape of a lid for locking the lock mounting portion provided with the same opening,
Fit outside the detachable part of the lock mounting part,
A lock locking member capable of locking the lock and the dummy lock,
Remove the lock engaging member previously fitted to the outside of the detachable part,
Opening and removing space for the lock or the dummy lock,
In the unlocked state, the lock and the dummy lock,
The lock in a state in which the lock that is locked is protruded;
The lock in a state in which the dummy lock in a locked state is projected; and
A single, independent shape of the dummy lock;
Move to the established space or apply the space,
The lock locking member according to claim 9, wherein the lock locking member is attached to and detached from the lock mounting portion.
The body and the openable / closable door have the same opening that touches each other,
A main body and a door having a plurality,
If unlocking any of the same openings is impossible,
An operation to unlock any one of the same openings;
If any of the same openings cannot be locked,
In place of the locking / unlocking with the heel, the locking / unlocking operation member or the lock has the same opening,
With the operation of projecting the dummy lock, forcibly locking the common locking member, locking the same opening, and unlocking any other the same opening,
Control each of the plurality of the same openings to either open or closed or forced locking state,
The main body and the door, wherein the same opening of the main body and the door can be opened or closed.
The main body and the door have a plurality of the same openings that contact each other,
And in the same opening, it has the dummy lock and one of the locking and unlocking operation members,
In the dummy lock and the locking / unlocking of one locking / unlocking operation member,
A body and a door capable of controlling the same opening in a locked or unlocked or forced locked state,
If unlocking any of the same openings is impossible,
An operation to unlock any one of the same openings;
If any of the same openings cannot be locked,
In place of the locking and unlocking by the hook that the locking and unlocking operation member is provided with the same opening,
With the operation of projecting the dummy lock, locking and holding the same opening in a state of forced locking, and unlocking any other of the same opening,
Each of the plurality of the same openings that the main body and the door have,
Control either locked or unlocked or forced locked,
A main body and a door characterized by being in an open or closed state.
The same opening that the main body and the door have,
A main body and a door, wherein the locking / unlocking operation member that can be controlled to be locked or unlocked is provided on the lock.
A locking / unlocking operation member or a lock member having the lock,
Both of the protective member or the protective member and the eaves action member,
A lock mechanism having an inclined surface having a wedge effect,
The locking / unlocking operation member or the lock is locked, and the eaves member presses the protective member in the locking direction,
Due to the wedge effect obtained from the inclined surface of the contacted protection member, in proportion to the pressing force of the eaves member,
A lock mechanism, wherein the inclined surface of the protective member is pushed to increase or decrease the locking force in the locking direction.
Provided in the local area of the inclined surface, provided in the claw action member or the protection member or both,
Normally, it is a lock mechanism equipped with a horizontal stabilizing member that holds the inclined surface in a horizontal position or in a horizontal state,
The horizontal stabilizing member that comes into contact with when the pressing member is pressed more than a certain level,
In proportion to the pressing force, deformed to form an angle of the inclined surface provided,
In the wedge action effect by the angle of the inclined surface, which the saddle action member or the protection member or both have,
15. The lock mechanism according to claim 14, further comprising the horizontal stabilizing member that increases or decreases the locking effect of pressing in the locking direction in proportion to the pressing force.

If the lock adapter that attaches the lock is a large, heavy paddle, not only manual force,
External force, such as the power steering system of an automobile, that responds when a manual operation starts
It may be added as an auxiliary force.
In that case, when the lock is set in the lock mounting portion, an effect that responds to ON / OFF of the switch may be used.

Wearing a lock that has been differentiated such as reduced in shape, the lock mounting part comprising a locking and unlocking operation means by the lock,
By attaching the lock to the lock adapter, and by combining the effect of the conversion member of the size that the lock has, it is possible to convert the movement distance of any known size into the movement distance of a large size,
A lock adapter that can be controlled to be locked or unlocked.
Attach the attached lock to the lock attachment part in a state converted to a shape different from the lock,
A lock adapter that can lock or unlock a common locking member,
In the scissors operation of the attached lock, in proportion to the travel distance or width of the scissors,
The movement distance or width of the sword included in the lock adapter
A lock adapter characterized by being provided with a locking / unlocking operation means that is expanded, expanded or amplified.

It has a lock outer shape and a lock mounting part having compatibility inside, and is mounted with locks of different sizes,
Having a conversion part that converts the shape of the lock, and attached to the lock mounting part provided on the body and the door that can be opened and closed,
Responding to the locking / unlocking operation means of the lock provided by the lock, projecting or storing the built-in lock,
A lock adapter that can lock or unlock the common lock member provided on the main body and the door,
Interlocking a combination of gears of different sizes, interlaced inside, and exchanging gear ratios,
Locking / unlocking the hook provided in the lock, attached to the exchange unit, and protruding or stored,
A lock adapter comprising: means for converting the distance traveled by the rod into a large travel distance of the lock adapter according to the effect of the gear ratio, and operating the lock adapter.

The total length including the length of the lock and the longitudinal direction of the dummy lock is as shown in the figure and the hook provided in the lock.
It is the same as the length of the total length in the locked state, it has compatibility with the usage method of the above dummy lock,
Attach locks of the same shape and different size, convert the size,
A lock adapter that can be attached to a lock mounting portion on which a lock of a size larger than the lock is mounted,
Attaching the small size lock to the lock mounting part, and by operating means for locking and unlocking,
The gear ratio in which a plurality of different gears are interlocked with each other, amplifying the protrusion or storing distance of the hook provided in the lock,
A lock adapter equipped with a hook lock / unlock operation means can be attached to the large lock.
A lock mechanism comprising a lock mounting portion.

It has both size conversion and compatibility, can change direction, and is equipped with a small lock of different size,
In the operation of locking and unlocking the bag that the small lock has,
A lock adapter having a lock and unlocking operation (size conversion function) of a bag with different locks,
With the size conversion function (due to the difference in shape size)
In the operation of locking and unlocking the bag provided by the small lock that has been installed,
A plurality of different gears that the hook protrudes or accommodates and is responsive,
From the distance traveled by the paddle of the small lock, which is linked by the gear ratio of the gear,
A lock adapter comprising a lock mounting portion to which a lock adapter including a means capable of converting into a large value ratio and capable of projecting or storing a bag of the large size lock can be mounted.

A common locking member provided in the same opening, with the locking / unlocking operation part or lock,
If control of the locking operation is impossible,
Instead of the locking operation means, it is attached to the lock mounting part, forcibly locking the common locking member,
A dummy lock that can prevent unlocking operation,
In a state where the common lock member is forcibly locked by mounting it on the lock mounting part provided on the independent main body shape, or on the lock main body and / or the openable / closable door, or both. A member having the function and effect of a dummy lock, characterized by being maintained.

It is a dummy lock that has the effect of a bag and forcibly blocks the locking and unlocking means of the main body and door,
In the lock mounting part that the main body and the door or both have,
Attach the dummy lock in a removable manner,
By closing the door with the principle of a refilling stick (stopping the opening and closing of the door) (stopping),
A dummy lock comprising means for forcibly locking the main body and the door to prevent an unlocking operation.

The lock locking member can be removed and the dummy lock can be left protruding.

Furthermore, the dummy lock also includes a single lever member independent of the lock.

The dummy lock can be operated manually or non-contacted by removing the lock, or can be operated non-contact or automatically even with the lock attached to the lock mounting portion.

Forced locking (locking) method is only possible with limited operation methods,
For example, the operation is different from the operation method of operating the lock.
It can be operated without contact using light, magnetic force, radio waves, encryption, etc.

Also, by another operation method, conceal the operation part of the coffin that the lock has,
Non-contact operation methods such as light rays, radio waves, electromagnetic waves etc. of the remote control lock can also be blocked,
Non-contact operating means can be blocked.

Also, once in the forced lock state, after removing from the lock mounting part, the method of operation,
It can be reset only when the unlock PIN is transmitted.

The dummy lock is a principle or action effect of a so-called “stick rod”.
The dummy lock is different from the lock provided in the lock with the locking / unlocking operation means.
Has the same locking effect as the paddle provided in the lock,
It is an independent single member for urging action or a member provided on the lock.
The dummy lock cannot be operated with the normal use of the lock operating means on the lock.

Even if the dummy lock cannot be locked / unlocked
If you can get the same shape or the same effect as the locked paddle,
For example, the usage method which replaces with a lock and sets to a lock mounting part may be sufficient.

The present invention provides a lock having a dummy lock that can be detachably attached,
A common locking member mounted on the lock mounting portion and disposed in the same opening,
The present invention relates to a lock mechanism and a lock mechanism that can be locked or unlocked by a saddle operation before the lock and has a means that can be forcibly locked by a dummy lock.

(This relates to a lock mechanism and a lock mechanism having both a means for forcibly locking by a dummy lock and a means for preventing an unlocking operation.)

A dummy lock is only used when the same opening is opened or locked.
Forced locking and resetting shall be possible.

A dummy lock is a lock that cannot be locked or unlocked by the lock.
Instead of the bag, with the dummy lock protruding, attach it to the lock mounting part,
Other than when taking out from the lock mounting part or opening and closing the main body and the openable door,
Forced lock cannot be reset to unlocked (cannot be restored)
It is a wrinkle action member.

The dummy lock can be mounted inside or outside the lock.

In addition, the solid, hollow, or lock can be locked, and can be locked with the same dimensions as the outer shape, outer periphery, or projected shape in a state in which the ridge protrudes, and the cocoon effect.
Furthermore, if there is a function, other shapes may be substituted.


As a means to install a dummy lock,
When installing in a place located on the opposite side of the lock provided on the lock,
In the state where the lock is removed from the lock mounting part, and the dummy lock that protrudes with the front and back of the lock reversed is directed to the common lock member or the protective member interposed,
The common locking member can be forcibly locked by means for re-attaching to the lock mounting portion.

In addition, the dummy lock is in the direction in which the lock provided in the lock protrudes or is stored.
Not just the opposite direction,
As an example, if the lock is a dihedral regular tetrahedron,
Rotate the unlocked lock other than the above, and make the dummy lock protrude,
If you can forcibly lock the common locking member and protective member,
Dummy locks can be installed on all sides.

In the local part of the key that locks and unlocks the lock,
A lock key having an operation part of a compulsory locking means for projecting a dummy lock,
Unlike the lock locking / unlocking operation part of the lock, the operation part of the forced locking means of the dummy lock
In a state where the operation member (local) of the dummy lock provided in the key is operated by engagement, contact or non-contact, and the lock is attached without being removed from the lock attachment part,
With the main surface (display portion) of the lock facing, the dummy lock provided on the lock,
Lock key that can be controlled to be in the protruding state of forced lock.


On the other hand, the dummy lock has only the shape or locking action effect that can be forcibly locked, and the same action and effect as the state where the lock provided on the lock has a common locking member,
It does not necessarily have the shape of the lock and the hook provided in the lock.

For example, in the case of an independent unit shape,
Remove the lock from the lock mounting part and attach a dummy lock to the lock mounting part instead of the lock.

Furthermore, the dummy lock may be installed inside or attached outside or attached or engaged inside the lock.

Contact or non-contact the dummy lock

The dummy lock forcibly locks the common locking member, and the movement to the heel direction of the unlocked state, which is the unlocked state of the unlocked state, is impossible to perform the unlocking operation.
In the blocked state, it can be movably locked in the direction of the other lock or unlocking / unlocking operation member.
The guide engaging member which is an operation member leads from the management room to each operation room,
The operation member that pushes, pulls, turns, tilts, or sends light, radio wave, magnetic force, signal, etc. can unlock the lock member of the door (lock) of each room.

The internal structure of the lock mechanism mainly consists of a lock, a lock mounting part, a lock locking member, a lock adapter,
It consists of a lock detachable engagement member and the like.

Body and door,
Locking member of main body and door, locking / unlocking engaging member, protective member, eaves member, common locking member,


Forced locking / unlocking Operation shape reduction Equalization locks are converted into heavy shape reduction Equalization locks with a lock adapter

Divided into rooms to store each lock,


It has a lock mounting part and a local opening,
Only limited locks and managers of the locks,
A lock mechanism capable of opening and closing the opening,
The manager opens the opening by unlocking the limited lock,
Means for attaching and detaching the lock attached to the lock attachment part;
In the guide engagement member that leads to the other room installed inside,
Open and operate the locking / unlocking operation part of the opening provided in the other room,
A lock mechanism, comprising: a managing means provided in the other room, wherein the lock mounted on the lock mounting portion can be exchanged.

In addition, the operation unit for locking and unlocking the doors of other rooms, which is installed in the lock mechanism, is not provided in each room.
When changing the lock, only from a limited management room,
In the guide engagement member that leads to the other room installed inside,
It is possible to unlock the doors of other rooms.



As a specification and operation method of the guide engagement member that leads from the limited management room to the other rooms, the string-like engagement member engages and pulls with the rod-like engagement member that engages and pulls. It is a lever-type engaging member that is pushed, folded, tilted, pulled or pushed in either direction, or turned into a dial-type engaging member that is operated by turning or pinching.
Press it as a button-type engaging member.
A knob-type engagement member is used to pinch, shift, or move.
The locking / unlocking operation unit engaged with another room can be operated with magnetic force, pressure, wind pressure, hydraulic pressure, magnetic force, and the like.
In the case of light rays, radio waves, signals, etc. operated in contact or non-contact, send from the transmission side,
Sending an operation signal for locking or unlocking and receiving by another room equipped with a receiving unit,
The locking / unlocking operation is performed in the same manner as the guide engaging member.
All rooms have a lock mounting part and a local opening,
It has a locking / unlocking operation part engaged with a guide engaging member in the opening part,
Only the locks in the predetermined room and the administrator of the locks,
A lock mechanism that can open the opening of the room,
An exchange means for the lock attached to the lock attachment portion provided in the room;
By operating the guide engaging member, the locking / unlocking operation part provided and engaged in all the other rooms can be locked / unlocked, and the lock / unlocking part of the other room opened is attached to the lock attaching part. A lock mechanism comprising: a lock and a management means capable of exchanging the lock.
With the locking and unlocking means of the lock, the lid of the lock device is only with the locking and unlocking means of the administrator's lock,
A lock device that can open and close the doors of other rooms, and that other rooms can be opened and closed only by the lock holders other than the administrator.
In addition, the use permission of the holder can be changed each time.
(Can be operated so that it can be freely opened or closed.)
Each manager can manage all the locks installed in a plurality of lock storage units individually or by a plurality of managers, each of which is individually determined in advance by a plurality of managers. .

If the strength of the security box made of reinforced synthetic resin is cleared at the military level, it will be possible to protect yourself as a helmet or shield in the event of terrorism or a disaster at overseas destinations. In addition, it is made of reinforced synthetic resin, and is resistant to fire, heat and water, and can also incorporate a solar panel generator due to the skeleton effect. In addition to valuable items in the event of a disaster, it is used for emergency food, beverages, flashlights, chargers, electric stoves If a small storage battery is installed in the storage and carried, it will be useful for disaster relief. Applying the latest materials such as nanotechnology, it can be made lighter by strength.

A cover such as a lid is provided on the lock, and an operation member is provided on one lock so that the other lock can be operated. In addition, since the other lock does not have an operation unit, even if the lid or the like is opened in the same manner, the other lock cannot be operated. Therefore, it is possible to limit the administrator who performs the operation of the lock and the replacement of the lock. Furthermore, by providing an engaging member (joint member) inside the lock on the operated side, even if the lock is locked, it can be operated from the lock that can be managed, and the lid can be opened. Can be operated and replaced. The number of other locks is not limited to one, and a plurality of locks can be operated. In addition, a receiver or the like is inscribed inside the lock, and radio waves, signals, magnetism, light rays, encryption, etc. are sent from an external or managed transmission member inside the lock, and the lock lid can be opened and closed even without contact.

Security enhancement functions such as skimming prevention, pulse countermeasures and waterproofing countermeasures can be enhanced.

1a, b, c, d, e, f, g, h, i, j, k, l, m, n, p, q, r, s, t, v, w, x, y, z: Lock 2a , b, c, d, e, f, g, h, i, j, k, l, m, n, p, q, r, s, t, v, w, x, y, z: 閂 3a, b, c, d, e, f, g, h, i, j, k, l, m, n, p, q, r, s, t, v, w, x, y, z: Dummy tablet
4a, b, c, d, e, f, g, h, i, j, k, l, m, n, p, q, r, s, t, v, w, x, y, z: Unlocking operation part 5a, b, c, d, e, f, g, h, i, j, k, l, m, n, p, q, r, s, t, v, w, x, y , z: Lock mounting part 6: Unlocking port 7:
8a, b, c, d: Elastic body 9: Storage part 10: Engaging part 11: Operation knob
12: Guide groove 13: Locking protrusion 14: Locking recess 15: Operation groove 16: Notch hole 17: Horizontal stabilizing member 18: Reset operation member 19: Rotating operation knob 20: Locking member 21: Gear 22: Tooth muscle part 23: Operation receiving part 24: Motor 25: Notch engaging part 26: Operation display part 27:
28: Locking locking member 29: Locking locking member storage 30: Space 31: Body 32: Lid 35: Protection member 36: Strike
36a, b, c, d, e, f, g, h, i, j, k, l, m, n, p, q, r, s, t, v, w, x, y, z: Strike area

1111a: Lock
111b: Lock
112a: 閂
112b
113a: Protection member
113b: Protection member
114a: Space area
114b: Space area
115a: Strike area
115b: Strike area
116: Working part
117: Slide type knob
118a: Elastic body
118b: Elastic body
119: Clamping part
110: Projection part
111: Projection part
1122a: Dummy tablet
112b: Dummy lock
113: Hinge
114: Operation part for locking and unlocking
115: Main surface
116: Back side
117: Wall surface
118: Wall surface
119: Picker
120: Common trap
121: Security box body
122: Security box lid
123a: Locking part
123b: Locking part
124: Kashiwa open area
125: Same opening
126: Lock with a concealing member
127: Concealment member

129: Security box lid
129: Security box body
130a: Wearing part
130b: Wearing part
131a: Lock
131b: Lock
132a: 閂
132b: Samurai
133a: Protection member
133b: Protection member
134a: Space area
134b: Space area
135a: Strike area
135b: Strike area
136: Circle axis
137: Samurai
138: Disc type rotating part
139: Picker
140: Underarc part
141: Same opening
144: Upper edge
143: Lower edge
144: Bag storage
145: Samurai
146: Tooth muscle
147: engaging member
148: Elastic body
149: Strike
150: Gear part
151: Tooth muscle
152: Center axis
153: "L-shaped" tip
154: Samurai
155: Lock mounting part
156: Lock
157: Samurai
158: Lock
159: Samurai
160: Cube-type bowl holder

161: Security box body
162: Security box cover
163a: Locking part
163b: Lock mounting part
163c: Locking part
164: edge of opening
165: Multiple ridges of convex shape
166: Plural ridges
167: Inner wall
168: Spacing section
169: Directly below position
170: Plate
171a: Lock
171b: Lock
171c: Lock
172a ： 閂
172b ： 閂
172c ： 閂
173a: Protection member
173b: Protection member
174a: Space area
174b: Space area
175a: Strike area
175b: Strike area
176: Inside side
177: Inner wall
178: idle width
179: Thickness width
180a: 閂
180b: 閂
181a: Tip piece
181b: Tip piece
182a: Lock
182b: Lock
183: Locking engagement member
184: Lock
185: Lock recess
186: Convex part of lock storage case
187: Lock storage case
188: Lock notch
189: engaging member
190: Cover of lock storage case
191a: Lock
191b: Lock
192a: 閂
192b: Samurai
193a: Dummy lock
193b: Dummy lock
194: Locking part
195: Lock locking member storage
196: Locking locking member

197: Lock device lid
198: Lower edge
199: Notch engagement part
200: Main body of lock device
201a: Lock
201b: Lock
202a: 閂
202b: 閂
203a: Locking part
203b: Locking part
204: Space area
205a: Strike area
205b: Strike area
2006: Opening
2007: Notch hole
2008: Slide knob
209: Notch engaging part
210: Common trap
211: "L-shaped" heel holder
212: “U” shaped heel holder
213: Cap-shaped heel holder
214: Lock mounting part
215: Reed storage recess
216: “U” shaped heel holder
217: Lock
218: Pin-shaped ridge
219: Space area
220: recess

250: Convex part
251: Lock
252: Samurai
253: Pushing member
254: Picker
255: Guidance class
256: Locking member
257: Lock control part
258: Key
259: engaging member
260: Elastic body
261: Cap
260: Dummy lock
263: Notched hole
264: Body
265: Open / close switch
266: Convex member
267: Common trap
268: Center axis
269: Top notch
270: Same opening
271: Body
272: Notched hole
273: Guidance class
274: Locking / unlocking operation member
275: Locking / unlocking operation member
276: Locking member
277: Locking member
278: Common trap
279: Samurai
280: Samurai
281: Samurai
282: Samurai
283: Protection member
284: Samurai
285: Rotating part
286: Circular axis
287: Inclined surface
288: Horizontal stabilizer
289: Inclined surface
290: Horizontal stabilizer
291: Lock
292: Samurai
293: Protection member
294: Area
295: Locking part
296: Area
297: Inclined surface
298: Horizontal stabilizer
299: Horizontal stabilizer
300: Inclined surface
301: 閂
302: Striking member
303: Protection member
304: Inclined surface
305: Horizontal stabilizer
306: Inclined surface
307: Horizontal stabilizer
308: Striking member
309: Protection member
310: Front lid

311: Connecting part
312: Cover member
320: Dummy lock
321: Lock
322: Samurai
323: Samurai
324: Dummy lock
325: Samurai
326: Dummy lock
327: Samurai
328: Dummy lock
329 ： 閂
330: Dummy lock
331: Samurai
332: Dummy lock

240: Dummy lock 241: Dummy lock operation knob 242: 閂 243: Lock 244: Locking / unlocking operation unit 245: 閂 engaging member 246: Notch hole 247: Dummy lock 248: Dummy lock 249: Dummy lock 250: Notch Joint portion 251: Notched engagement portion 253: Front door 254: Locking member

295: Lock locking member storage 296: Lock locking member 297: Lock locking member

501: Case of limited management member
502: Lid of limited management member
503: Joint member
504: Remote control member
505: Notched hole
506: Hinge
507: Slide rail
508: Guide groove
509: Guide
510: Locking member
511: Lock
512 ： 閂
513: Locking member
514: engagement hole
515: Protection member
516: blind hole
517: Limited management member
518: Keyhole
519: Knob
520: Door

Claims (20)

The lock that is disposed in the lock mechanism provided in the main body or the door that can be opened and closed, and is covered with a cover member that includes a housing and a lid, includes a joining member, an unlocking and unlocking operation member, and a guide member. And only the limited lock is a remote control member installed inside, and the other locking member is moved via the guide member, and the casing and the lid are connected and locked. The locking and unlocking operation member of any of the other locks, which is disposed in the lock mechanism by forcibly opening and closing even the case and the lid in the locked state by control of unlocking and unlocking. It is a lock provided with the limited lock capable of limiting an administrator holding the unlocking / unlocking operation means and the exchange means, wherein the main body or the door is unlocked from the surface or the outside. Locking operation is possible, the main body or the door is locked, and the joint portion In addition, even in the locked state in which the casing and the lid have the joint portions of each other, the other locks are locked by the remote control member that only the limited lock has. An operation of opening the cover by releasing the connection between the casing and the lid in a state in which the connection member is responsively coupled and connected to each other via a guide member provided; The cover is controlled to be opened and closed by connecting and closing the door, and the lock provided in the lock mechanism provided on the back surface or inside of the main body or the door is provided inside. A lock characterized by limiting an administrator who operates and replaces a lock operation member. The management member according to claim 1 is disposed in a state in which the joining member is sandwiched in a cut-off local area of the casing or the lid of the other management member, and the limited management member In the remote control member installed in the inside, the guide member and the joining member installed in the other management member are caused to respond to each other in a local area established between the casing and the casing or between the lid and the lid. The joint member is disposed in a sandwiched state, and the joint between the housing and the housing or the lid and the lid is released by pushing, pulling, or rotating by the joint member. The lock is attached to or detached from the lock mounting portion provided in the other management member by controlling the state to be unlocked or locked by cutting or joining and connecting the local parts. Management member. The main body and the openable / closable door are provided with a common lock member, a plurality of locking / unlocking operation members having hooks, and a dummy lock made of a locking member in the same opening that is in contact with each other. An operation member is locked and unlocked, the common lock member can be controlled to be locked or unlocked, and the dummy lock can be forcibly controlled to be locked. When the unlocking of the lock operating member is impossible, the locking or unlocking operation member has any of the other locking / unlocking operating members and when the unlocking operation member cannot be locked. Instead of locking and unlocking with the hook, the dummy lock is protruded, the common locking member is forcibly locked, and locking or unlocking by any other locking and unlocking operation member, the main body and the The door is locked or unlocked. Same opening that. A plurality of locks having a hook and a lock mounting part to which the lock can be attached and detached are disposed in the same opening, and the locks of the lock are locked and unlocked, and the common lock member is locked. Or the same opening that can be controlled for unlocking and can be controlled forcibly with the dummy lock, and when unlocking of any of the locks is impossible, locking by any of the other locks or When unlocking and locking of any of the locks is impossible, instead of locking and unlocking by the hooks of the lock, the dummy lock is projected, the common locking member is forcibly locked, and other The same opening according to claim 1, wherein the main body and the door are brought into a locked or unlocked state by locking or unlocking by any one of the locks. The same lock is opened in the unlocked state, the lock having both the main surface having the operation part and the display part of the locking and unlocking of the lock and the other face not having the operation part and the display part. The same opening that can be re-mounted on the lock mounting portion in the state of being removed from the lock mounting portion disposed in the opening and rotated and rotated toward either the main surface or the other surface, and taken out. Mounting the lock in the locked state on the lock mounting portion, locking the common lock member, mounting the lock on the other surface, mounting the lock on the lock mounting portion, An operation for concealing the operation unit and the display unit, wherein the operation of the locking / unlocking unit and the display unit of the main surface is prevented and the common locking member is forcibly locked. Item 3. The same opening according to Item 1 or 2. The lock mounting portion is mounted with the lock that combines the hook and the dummy lock, and the lock and unlocking of the hook that the lock has and the forced lock that causes the dummy lock to protrude are the common The lock member of the same opening that can be controlled to be locked or unlocked or forcedly locked, and when unlocking of any of the locks is impossible, unlocking and unlocking by any of the other locks , If any of the locks are not lockable, forced locking to project the dummy locks in combination with the locks of the locks that cannot be locked, and unlocking and unlocking by any of the other locks, The common lock member is controlled to be either locked or unlocked or forcedly locked, and the main body and the door are locked or unlocked. 4. The same opening as described in any one of 3. It is formed of a shape member having an outer shape or an outer shape which is formed in an independent unit shape in advance, and has a locking action effect of projecting the hooks of the lock, and the main surface of the lock is rotated, and the other surface The dummy lock, which is attached to the lock mounting portion in a state directed to the lock and has a concealing effect that invalidates the operation of the locking / unlocking operation portion of the lock, is attached to and detached from the lock mounting portion, The same opening that can control the common locking member to be a compulsory locking, the locking operation for projecting the hook of the lock, and the independent dummy lock is mounted on the lock mounting portion, the common lock member The operation of forcibly locking the lock member causes the main body and the door to be controlled to be locked, unlocked, or forcibly locked. The same opening. A dummy lock that forcibly locks the common locking member provided and disposed in the same opening according to claim 1, and holds the main body and the door in a locked state. In the case where the locking / unlocking operation member is impossible to lock / unlock, the lock / unlocking operation member has the hooks,
A dummy lock, wherein the dummy lock is protruded in contact or non-contact, the common locking member is forcibly locked, and the main body and the door are held in a locked state. The dummy lock is provided on the lock, and can be detachably mounted on the lock mounting portion disposed in the same opening according to any one of claims 2 to 5, and the common lock member is mounted on the lock. A dummy lock that controls the forced locking state and holds the main body and the door in a locked state,
When locking and unlocking of the lock is impossible, the dummy lock that is used in combination is contacted or non-contacted in place of the lock that the lock has, and is mounted on the lock mounting portion to force the common lock member The dummy lock according to claim 6, wherein the main body and the door are held in a locked state by being locked. The locking action effect that is formed in an independent single shape and has the lock protruded from the lock, the rotation of the lock, the main surface faces the other surface, and the unlocking operation of the lock And a concealing effect that invalidates the operation of the part, and a dummy lock having an outer shape or an outer shape, and when the lock cannot be unlocked and unlocked, instead of the lock that the lock has The dummy lock is attached to the lock mounting portion, and the common lock member is forcibly locked in the outer shape or the outer shape having a locking effect and a concealing effect, and the main body The dummy lock according to claim 6, wherein the door is held in a locked state. It mounts | wears with the said lock mounting part by which the said same opening part in any one of Claims 2-4 was arrange | positioned, The said lock and the said dummy lock can be locked to the said lock mounting part, and a main body When the door that can be opened and closed is opened in an unlocked state, the lock locking member previously attached to the lock mounting portion is removed, and a space for attaching or detaching the lock or the dummy lock is established, and the lock, A lock locking member capable of detachably mounting the dummy lock to the lock mounting portion, wherein the lock locking member previously mounted on the lock mounting portion is removed to attach or detach the lock or the dummy lock. The lock and the dummy lock in the unlocked state, the lock in the state in which the lock in the locked state protrudes, the lock in the state in which the dummy lock in the locked state protrudes, and a single unit The dummy tablets of independent shape, By applying the set with or the space is moved in the space, lock the locking member, characterized in that attached to and detached from the lock mount portion. It mounts | wears with the said lock mounting part by which the said same opening part in any one of Claims 2-4 was arrange | positioned, The said lock and the said dummy lock can be locked to the said lock mounting part, and can be removed. The lock or the dummy lock is a lock locking member that opens and removes the lock and allows the lock and the dummy lock to be detachably attached to the lock attachment portion. The locked lock member is removed to open a space for attaching or detaching the lock or the dummy lock, and the lock and the dummy lock in the unlocked state and the lock in a state where the lock is in a state of protruding the lock. The lock in a state where the dummy lock in a locked state is protruded, and the dummy lock having a single independent shape is moved to the opened space, or the space is applied to the lock mounting portion. To put on and take off Lock the locking member, wherein. The lock locking member having a lid shape is a lock locking member that can be engaged with the outside of the detachable portion of the lock mounting portion to lock the lock and the dummy lock. The lock locking member previously engaged with the outside of the detachable part is removed, and a detachable space for the lock or the dummy lock is opened, and the lock and the dummy lock in the unlocked state are locked. The lock mounting part is adapted to move the lock and the dummy lock in a state in which a certain ridge is protruded and the dummy lock having a single independent shape to the opened space or to apply the opened space. The lock locking member according to claim 10, wherein the lock locking member is attached to and detached from the lock. A plurality of the same opening portions according to any one of claims 1 to 5, wherein the dummy lock and one locking / unlocking operation member are provided, and each of the opening portions is locked or unlocked. A main body and a door that can be controlled to be locked or forcibly locked, and when any of the openings cannot be unlocked, any one of the other openings can be unlocked or locked; When the opening cannot be locked, instead of locking or unlocking by the hook of the locking / unlocking operation member provided in the opening, the dummy lock is protruded to forcibly lock the opening. And holding or unlocking any one of the other openings, and locking or unlocking or forcibly locking each of the plurality of openings of the main body and the door. And the opening is made open or closed. Body and door according to any one of the Motomeko 1 to 11. A plurality of the same openings according to any one of claims 1 to 5, wherein the main body and the door are provided with a plurality of the dummy locks provided, and a plurality of the locking / unlocking operation members having the hooks, The common lock member is locked or unlocked, and the same opening can be controlled to be locked, unlocked, or forcedly locked. If unlocking is impossible, unlocking or locking any one of the same openings, and if any of the same opening is impossible, the hook provided with the same opening Instead of projecting the dummy lock, holding the same opening in a state of forced locking, and unlocking or locking any one of the same opening, a plurality of the above Control each of the same opening to either locked or unlocked or forced locked state, Body and door according to the same opening whose serial body and said door has, in any one of claims 1 to 12, characterized in that the state of opening or closing. 14. A main body and a door, wherein the locking / unlocking operation member according to claim 12 and 13 is the lock. The main body and the door according to any one of 1 to 14 having any shape of a building, a storage member, a transport object including a storage portion, and a device or member having a lock action. A locking mechanism having a slanted surface having a wedge effect on either or both of the claw acting member and / or the protection member of the locking / unlocking operation member or the lock, wherein the locked claw acting member provides the protection member. The inclined surface of the protective member is pushed in the locking direction in proportion to the pressing force of the eaves acting member by the wedge effect obtained from the inclined surface of the protective member that is pushed in and contacted in the locking direction. A locking mechanism that increases or decreases the locking force in the locking direction in which the protective member advances. Both the protective member or the protective member and the acupuncture action member are provided locally on the inclined surface, and in normal times, the inclined surface is maintained in a horizontal position or in a horizontal state. A lock mechanism including a member, wherein the horizontal stabilizing member in contact is deformed so as to form an angle of the inclined surface when the pressing member is pressed more than a certain level, and the inclined surface 17. The lock mechanism according to claim 16, further comprising the horizontal stabilizing member that increases or decreases the locking action effect of pressing in the locking direction in proportion to the pressing force by the wedge action effect by an angle. A horizontal stabilizing member that is provided locally at the inclined surface of the eaves action member and keeps the inclined surface in a horizontal position during normal operation. Forming the angle of the inclined surface, and increasing or decreasing the locking effect of pressing in the locking direction in proportion to the pressing force by the wedge effect by the angle of the inclined surface of the eaves member. A horizontal stabilizing member characterized by