TW201837289A - Method for reducing or preventing others from mistakenly unlocking wrong lock and device for using the method that helps reduce or prevent wrongfully unlocking among multiple locks - Google Patents

Abstract

The present invention provides a method for reducing or preventing others from mistakenly unlocking a wrong lock and a device for using the method, comprising using a coupling device to reducing events of unlocking wrong locks and/or adding one or multiple second locking elements in a primary lock to be virtually simultaneously locked or unlocked with the primary lock, and/or adding at least one trapper locking element in the primary lock. When the coupling device does not match or the unlocking device (such as a key) of the primary lock does not match, or an unlocking device (such as a key) of the second locking element does not match, the lock is kept in the locked condition. The present invention may make use of varying various parameters, such as arc, position, number, depth, fashion, thickness, or shape, of the coupling device, and/or varying various parameters of the arrangement of the second locking element, such as position, number, depth, fashion, shape or arc to correspondingly generate more keys and/or locks so as to resolve or alleviate the problem of wrongfully unlocking among multiple locks, and to improve the capability of resisting unlawfully unlocking of locks and improve the capability of protection provided by locks.

Description

 Method for reducing or preventing others from opening a wrong lock and device using the same  

The invention relates to a method for reducing the occurrence of open lock and a lock device using the same, in particular to a fastening device, and/or a main lock to be added to lock or lock at the same time as the main lock. One or more second locking elements, or/and at least one trap type locking element is incorporated into the main lock, such that the locking device further has a method or apparatus that reduces or prevents others from opening the wrong locking function.

Most of the locks on the currently available motorcycles are to add a protective cover to prevent others from using other people's motorcycle keys to open other people's motorcycle locks. This arrangement can enhance the protection of the locks, but because of people's Inert, so on the way we can see that most motorcycles with protective covers often leave this function idle, as if a chain of protective covers are not willing to do so, it is also more convenient to increase the motorcycle lock It's time to protect.

Some people say that his home door lock key can actually open the company's door lock. His company is very unhappy about this matter, but the employee will use his own home door lock because of inertia. The key to open the company's door, in order to avoid similar situations continue to happen, therefore, it is time to increase the protection capabilities of common locks.

Everyone knows that the composite lock will be more protective, but the current composite lock is less popular because of people's inertia (just like a motorcycle lock with a protective cover, it seems that most people I haven't used this feature yet, so it's time to improve the problem by making the composite lock easier to use.

Everyone knows that when using a composite lock, its protective force will be stronger. Therefore, the second type of lock will be used to strengthen the anti-theft ability of the main lock, for example, motorcycle electric door lock + large lock for motorcycle wheel, or motorcycle The electric door lock + the protective cover lock of the motorcycle electric door, or the door lock + door lock ~ etc. to improve the anti-theft opening ability of the main lock, but the current separate type of composite lock is because people The inertia caused many people to be lazy to use the second lock to strengthen the anti-theft ability of the main lock; when we walked through the market, we could see many motorcyclists who did not use protective cover locks to protect their motorcycles. The car, or the big lock used in the motorcycle wheel, protects his motorcycle. When the motorcycle is lost, he regrets why he is so lazy. How can he not use the second lock to improve the ability to open the burglar?

It is obvious that there is a second protective lock installed on the motorcycle (for example, a large lock for a motorcycle wheel or a second lock for a protective cover lock), so why are so many people unwilling to use it? After observation, it was found that the main reason for this is that people are lazy to take the second procedure to open or lock the second lock. Therefore, it is the main purpose of the present invention to solve the problem that the plurality of locks can be mutually opened.

Most people who have been riding a locomotive know that after a long time, the locomotive is easy to shake off when driving. Therefore, it is often seen that someone uses a rope to tie the key to the locomotive. Although it can prevent the key from being shaken off when driving, if the key is put into the pocket, if people want to take and find other objects in the pocket, it will be very inconvenient, so it should be It’s time to solve this problem.

It is an object of the present invention to provide a method and apparatus for preventing a person from opening a wrong lock, the method comprising the steps of: S1: using a fastening device (to allow new and old locks to reduce the occurrence of a wrong lock), or And adding one or more blocking type locking elements to the main lock, or/and adding one or a plurality of trap type locking elements to the main lock, S2: adjusting the fastening device or/and applying Adjusting the shape or position or number of the blocking type locking element or the parameters of the depth or type or the curvature or thickness, etc., corresponding to or producing more different fastening devices or/and locks and/or unlocking The device (eg, a key), or a parameter that adjusts the position or number of the trapping locking elements, corresponds to or produces more different locks or/and unlocking devices.

Preferably, step S3 is added, and S3: one or a plurality of trap type locking elements are added to the lock of step S1.

Preferably, step S4 is added, and S4: one or more long curved grooves are added in step S1.

Preferably, step S5 is added, and S5: one or more trap-type grooves are added in step S1.

Preferably, a new step S6, S6 is added: in step S1, one or more panel side grooves or/and panel side trap grooves are added (for example, as shown in the schematic diagram of FIG. 7).

Preferably, steps S7, S7 are added to replace the stop-type locking element in step S1 with one or a plurality of bead-type locking elements.

Preferably, steps S8, S8 are added to replace the stop-type locking element in step S1 with one or a plurality of interlocking locking elements.

The present invention further discloses a device for reducing or preventing a person from opening a wrong lock, the device comprising at least: a fastening device or/and a main lock and a second locking member or/and an unlocking key thereof, characterized in that The b1 end of the fastening device is provided with at least one groove, and the b11 end is provided with a protrusion corresponding to the groove, or the b1 end of the fastening device is provided with at least one protrusion. The b11 end is provided with a groove corresponding to the protrusion, and the fastening device has at least one end provided with a key insertion hole (111); or, the main lock is added with the main lock at the same time as the main lock a second locking element that is unlocked or latched (the second locking element can be regarded as a second locking device, but because it is shared with the main locking device and the lock cylinder, it is not called the second lock but is still called "the first Two locking elements").

The invention further utilizes the shape of the fastening device (for example, a convex tooth circle, a five convex tooth circle, a square shape, a triangle shape, etc.), a thickness, an angle or a position of the protrusion and the groove, and a convexity. Different kinds of parameters, such as the depth of the object and the groove, the number of protrusions and grooves, the curvature, etc., to form or manufacture more different fastening devices, and at least apply the fastening device to the lock The end and the key end, so that the new and old locks can have the effect of preventing mistakes and unlocking or solving the problem that the plurality of locks can be mutually opened. When the fastening device does not match to create a gap (for example, when the protrusion is different from the shape of the groove or the number is different or the depth is different or the position is different or the curvature is different), the fastening device generates a gap. And the unlocking device or the unlocking convex tooth (121) of the key (1) may be unable to be inserted into the unlocked position due to the gap generated by the incorrect fastening of the fastening device. It is impossible to unlock the lock, and the design is used to reduce the occurrence of the wrong lock or to solve the problem that the plurality of locks can be opened.

Preferably, in the new lock, the b1 end of the fastening device can be designed to be placed on the unlocked key, and the corresponding b11 end can be placed on the lock core panel portion of the lock device. When b1 and b11 cannot be properly engaged, a gap will be generated, which will make the unlocking device or the unlocking tooth (121) unable to be inserted into the unlocked position to be reached, and therefore, the unlocking action cannot be performed. Moreover, the fastening device has a thickness (by adjusting the thickness, different fastening devices or combinations can be produced), so that it is not necessary to open the lock with the same key that is commercially available for unlocking the convex tooth, because the market is commercially available. The unlocking key will shorten the length of the fastening device, so the unlocking key cannot be inserted into the unlocked position; we can reduce the occurrence of the wrong lock by this design, thereby reducing or Avoid the mutual opening between the two lock devices (for example, avoid the door that can be used to open the company's door), and reduce the problem of opening the wrong lock or riding the wrong car, or solving the problem of opening the wrong lock or riding the wrong car. .

Preferably, in order to allow the lock or the old lock that is already in use to have the function of reducing the stolenness, one can purchase the fastening device of the present invention and set the b1 end of the fastening device to be unlocked. The key end is adhered to the unlocking key end, and the corresponding b11 end is adhered to the panel portion of the lock cylinder of the lock device or to the panel portion of the lock cylinder, and then according to the thickness of the bottom of the b11 end of the fastening device The thickness of the key to the key store to re-create a new unlocking key (for example, the key unlocking device is 4 cm, and the thickness of the bottom of the b11 end is 0.3 cm, so the unlocking device for creating a key is a new key of 4.3 cm. Therefore, if the original key is used to unlock the key through the key insertion hole of the b11 of the fastening device, the lock cannot be unlocked because the key unlocking device or the unlocking convex tooth will move 0.3 cm because of the shortness. It can not be inserted into the unlocked position, which can reduce or avoid the mutual opening between the two lock devices, and reduce the situation of opening the wrong lock or riding the wrong car, or solving the problem of opening the wrong lock and riding the wrong car. question).

Preferably, the second locking element is one or a plurality of blocking locking elements.

Preferably, the stopper type locking element comprises: a key insertion passage of a second locking element, a lock body groove, a lock core groove, a stopper, and a corresponding first The unlocking key of the two locking elements (for the sake of convenience and explanation, the keys of the type are collectively referred to as "the key of the second lock"), an elastic member, and an element for mounting the stopper.

The component for mounting the stopper includes: a cavity disposed in a groove and a convex dot or a cylinder disposed on a stopper, or other equivalent arrangement; when the second lock is not inserted When the key is used, one end or somewhere of the stopper is placed in the groove of the lock body due to the action of the elastic member, so that the lock cylinder of the lock is locked, and therefore, the main lock and The stopper type locking element cannot perform the unlocking action; however, when the corresponding correct key is inserted, the stopper in the groove of the lock body is pressed back to the lock cylinder by the key of the second lock. In the groove of the square, the lock cylinder of the lock is changed from the locked state to the unlocked state, so that the lock cylinder can be rotated, and therefore, the main lock and the block lock member are inserted into the correct compound key. (Because the unlocking device with the master lock and the unlocking device with the second locking element, so called the compound key) can be unlocked almost simultaneously, and vice versa, the lock can be closed at the same time. Increase the anti-theft capability of the main lock, thereby reducing or avoiding two Interacting between the devices and solving the problem that people are lazy to take the second procedure to open or lock the second lock, and to reduce the occurrence of wrong lock or riding the wrong car; wherein the stop can be at least Triangles, notched corners, polygons, ovals, or other shapes that do equivalent functions.

Preferably, when the blocking type locking element is disposed on the locomotive lock, the blocking type locking element comprises: a lock core groove, a panel square groove, a stopper, A corresponding second lock key, an elastic member, and an element for mounting the stopper (for example, as shown in the schematic view of FIG. 7).

The component for mounting the stopper includes: a cavity disposed in a groove and a convex dot or a cylinder disposed on a stopper, or other equivalent arrangement; when the second lock is not inserted When the key is used, one end or somewhere of the stopper is placed in the groove of the lock body due to the action of the elastic member, so that the lock cylinder of the lock is locked, and therefore, the main lock and The stopper type locking element cannot perform the unlocking action; however, when the corresponding correct key is inserted, the stopper in the groove of the lock body is pressed back to the lock cylinder by the key of the second lock. In the groove of the square, the lock cylinder of the lock is changed from the locked state to the unlocked state, so that the lock cylinder can be rotated, and therefore, the main lock and the block lock member are inserted into the correct compound key. At the same time, it can be unlocked almost at the same time. On the contrary, the action of closing the lock can be almost simultaneously performed, which can improve the anti-theft opening capability of the locomotive lock, thereby reducing or avoiding the mutual opening between the two lock devices and solving the problem. Lazy to spend the second procedure to open or lock the second lock And to reduce the lock to open the wrong circumstances or the occurrence of riding the wrong bus.

Preferably, a long arcuate groove (for example, c1 in FIG. 5C1) is further added to the outer edge portion or the panel or the lock body of the lock having the block type locking member, and the length of the long arc groove may be The manufacturer increases or decreases as needed; when the position or angle of the stopper is wrong, the stopper cannot move from the outer edge portion or the groove of the panel or the lock body to the long curved groove, so when When the position or angle of the stopper is wrong, the lock-type locking element still assumes a locked state, so the main lock and the lock-type locking element can not be opened as a result; When pressed directly or indirectly to the correct position, the stop of the groove is moved to the long curved groove, so that the lock-type locking element can be rotated to unlock In the state, when the cipher device of the main lock is unlocked and the lock-type locking element is also unlocked, the lock can be opened, otherwise it is in a locked state.

Preferably, the second locking element is one or a plurality of interlocking locking elements.

Preferably, the interlocking locking component comprises: a key insertion channel of a second lock, a lock body groove, a lock body block, an elastic component, and a lock core concave a slot, a lock cylinder block, a corresponding second lock key, and an element for mounting the stop.

When the key of the second lock is not inserted, the stopper of the lock body is pressed into the groove of the lock core by the elastic member located at the lock body, and the lock body and the lock cylinder are locked. Therefore, neither the main lock nor the second lock element can perform the unlocking action; when the composite key inserted with the key of the second lock is too long, the lock cylinder block is pressed by the excessive key In the groove of the lock body, the lock core is locked, and when the composite key inserted into the key with the second lock is too short, the lock body block is pressed by the elastic member Into the groove of the lock core, the lock cylinder is also locked. Only when the correct length of the composite key is used, the lock body block can be moved into the groove of the lock body. The lock cylinder block is moved into the groove of the lock core, and the lock core can be changed from the locked state to the unlocked state, so that the lock cylinder can be rotated, and the design can further enhance the main lock or The anti-theft opening capability of the composite lock can reduce or avoid mutual mutual interaction between the two lock devices And to address the people too lazy to spend the second track procedures to open or lock the second lock of the problem and to reduce the occurrence of wrong circumstances open the lock or riding the wrong bus.

Preferably, the second locking element is one or a plurality of bead-type locking elements.

Preferably, the bead-type locking component comprises: a cover (for locking or covering the lock core turntable), a lock core turntable, a bead of a lock core turntable, and a lock core a bead channel of the turntable, a lock bead column, a lock bead channel, a lock cylinder groove, a corresponding second lock key, a bead that is in contact with the elastic member, and an elastic member .

When the unlocking action is not performed, the locking element presses the bead that is in contact with the elastic element into the bead channel of the lock body due to the action of the elastic element, and/or presses the bead column in the bead channel of the lock body. Between the lock cylinder turntable and the lock bead column passage, the lock body and the lock cylinder are in a locked state, and when the unlocking device of the second lock has the unlocking device (11) or the unlocking recess When the length or depth of (110) is not enough or too long, there will be a bead stuck between the lock cylinder of the lock bead channel, or a groove stuck in the bead channel and the lock cylinder. Between the two, the lock is in a locked state, and only the correct key can be used to move the bead in the bead channel of the bead-type locking element into the bead channel of the lock body. The bead lock element of the second lock can be changed from the locked state to the unlocked state, so that only the correct composite key can be used to enable the main lock and the bead type locking element to be opened, thereby improving The main lock has an anti-theft opening capability, thereby reducing or avoiding mutual interaction between the two lock devices Open and solve the problem that people are lazy to take the second procedure to open or lock the second lock, and to reduce the occurrence of wrong lock or riding the wrong car.

Preferably, the turntable bead of the bead type locking element comprises: a stud type bead column (2511) or/and a flat type turntable bead (251) or/and a recessed turntable a bead column; when the unlocking device (for example, 11 or 110) of the bead type locking element does not correspond to the bead type locking element, the bead type locking element is in a locked state For example, the unlocking key of the second locking element of the recessed type cannot open the flat-type bead-type locking element, and the keys which are arranged in a convex, convex or concave order cannot be opened in the order of convex. The flat, convex bead-shaped locking element or the bead-type locking device can reduce the situation of opening the wrong lock and improve the anti-theft opening capability of the locking device.

Preferably, the key of the second lock in the bead-type locking element may be a flat type (to avoid pressing to the trap type locking element) or a recessed type (110) or/and a stud type (11) The key to it. Because the stud-type key can't open the stud-type bead-column locking element, and the recessed key can't open the flat-headed bead-type locking element, this design can solve people's laziness. The second procedure to open or lock the second lock can also improve the ability of the lock to be burglar-proof, thereby reducing or avoiding the mutual opening between the two lock devices, and solving the problem that people are too lazy to spend the second procedure. To open or lock the second lock, and to reduce the occurrence of wrong locks or riding the wrong car.

Preferably, the second locking element is one or a plurality of trap type locking elements.

Preferably, the trap type locking element may be disposed on the main lock (as shown in the schematic diagram of FIG. 15), or the trap type locking element may be disposed on the block type locking element or on the bead. a column-type locking element; the trap-type locking element is unlocked when there is no unlocking state, and the trap is touched when someone attempts to insert any key by the keyway When the locking element is locked, the trap type locking element is changed from the unlocked state to the locked state, and the lock having the trap type locking element cannot be unlocked or opened, and the present invention uses the trap type The setting of the locking component, and the difference in the number and position of the operating components, thereby improving the protection capability or the anti-theft opening capability of the primary locking device, thereby reducing or avoiding the mutual opening between the two locking devices and solving the problem that people are lazy Take the second step to open or lock the second lock, and to reduce the occurrence of mis-locking or riding the wrong car (for example, as shown in the schematic of Figure 6A, the component 6 is trap-type locking element).

Preferably, the present invention further utilizes the different positions and numbers of the trap-type locking elements placed in the main lock, and can correspondingly or produce more different keys or/and locks; I can't see where the trap-type locking element is set and I don't know how many trap-type locking elements are placed, so I can mislead the person who made the illegal unlocking behavior, making it harder for people who perform illegal unlocking. Knowing that the lock cannot be unlocked, and increasing the ability of the lock to be burglar-proof; when the trap-type lock-up element is in an unlock-free state, the trap-type lock-up element is unlocked. When someone attempts to insert any unlocking tool by the key passage and touches the trap type locking element, the trap type locking element will instead be changed from the unlocked state to the latched state (for example, as shown in the schematic diagram of FIG. ).

Preferably, the present invention further utilizes the position of the bead-type locking element placed in the main lock, the depth and the number of the turntable and the turntable bead, the number of shades, the shape and type of the unlocking keyway (eg, whether or not This method of different means of fastening device or shape, etc., can correspondingly or produce more different keys or/and locks, so that the ability of the main lock to prevent theft or anti-missing can be enhanced, thereby reducing or avoiding The mutual opening between the two lock devices solves the problem that people are lazy to take the second procedure to open or lock the second lock, and to reduce the occurrence of wrong lock or riding the wrong car.

Preferably, the present invention is designed such that the main lock and the second locking element are designed to be unlocked or locked at the same time. Such a design can be solved by "people do not want people to take a second procedure to open or lock the second type of lock. This problem, and the ability to get more burglar-proof than the lock using a single cryptosystem.

Preferably, one or more trap grooves are added to enhance the protection of the main lock. For example, as shown in the schematic diagram of FIG. 7, since most people open a plurality of second locking elements with other unlocking tools, it is often the case that the force of the output force is prone to uneven output, and the trap type groove It is possible to make the force of the force of the force of the other person unlocked, and the stopper or the equivalent element of the blocking type locking element has the opportunity to be moved to the trap groove of the lock body, thereby causing the main lock and The block type locking element is not fully opened and cannot be unlocked, so as to enhance the protection capability of the main lock.

Preferably, the present invention further utilizes this method of adjusting the position or number or angle of the second locking element or the depth or shape or shape or the shape of the unlocking keyway, etc., which can be correspondingly or produced. More different keys or/and locks can enhance the anti-theft or anti-missing ability of the main lock (the unlocker does not only need to unlock the cipher mechanism group of the main lock, but also needs to unlock the second lock component, so it will be more than a single When the main lock is unlocked, it is more difficult to avoid, so that the mutual opening between the two lock devices can be reduced or avoided, and the problem that people are too lazy to take the second procedure to open or lock the second lock is solved, and the problem is reduced. A situation in which a wrong lock is opened or the wrong car is riding.

The invention has the beneficial effects of solving or reducing the occurrence of mutual opening between the plurality of locks by a fastening device or/and adding one or more second locking elements to the main lock, and solving the problem that people are lazy Taking the second step to open or lock the second lock, and to reduce the occurrence of mis-locking or riding the wrong car; the present invention further utilizes the adjustment of the fastening device or/and the second locking member The shape, the angle of the distribution, the depth, and so on, change the parameters, and further reduce the chance that the main lock is staggered or stolen. In particular, adding one or more trap-type locking elements or/and one or more trap-type grooves to mislead the person who illegally unlocks the behavior, making it more difficult for the person performing the illegal unlocking to recognize that the lock cannot be The reason for being unlocked increases the ability of the lock to be burglar-proof, so that the number of changes of the lock device and the corresponding key can be greatly increased under the premise of ensuring the use of the lock device, and the repetition rate between the locks is reduced. The probability of staggering; the invention not only improves the safety of the main lock, but also reduces the mutual opening between the plurality of locks or solves the problem of mutual opening between the plurality of locks, and is convenient to use and convenient for popularization and use. The problem that people are lazy to take the second procedure to open or lock the second lock, the fastening device can reduce the problem that the locomotive key will be shaken when driving, and the invention can also be applied to the locomotive lock. , the lock of the small vault, the door lock of the office, or the lock used for other anti-theft functions to enhance the anti-theft ability of the lock, so it has practical Value.

1‧‧‧ key

A1‧‧‧Clock beads

A2‧‧‧Lock beads

A3‧‧‧ Screws or equivalents for locking the bead

A4‧‧‧Flexible components

A5‧‧‧Trap type lock core bead

A6‧‧‧There is a key blade for preventing the handling of the trapping locking element

A7‧‧‧ platform for the bead column

B1‧‧‧Key end fastening device

B11‧‧‧Bucking device at the panel end

11‧‧‧Unlocking key for the second locking element

110‧‧‧Dental unlocking key for the second locking element

111‧‧‧Key lock for the main lock

12‧‧‧Key of the main lock

121‧‧‧Unlocking teeth of the main lock

2‧‧‧Lock body

2a‧‧‧ cover

21‧‧‧Gap between the lock body and the lock core

22‧‧‧The groove of the lock body

23‧‧‧block

231‧‧‧Clock square block

232‧‧‧Lock body block

233‧‧‧The crimping end of the lock block in contact with the key

24‧‧‧Flexible components

25‧‧‧Lock body beads

251‧‧‧ flat-head turntable bead

2511‧‧‧ protruding carousel bead

252‧‧‧Locked beads

253‧‧‧The bead channel of the lock body

26‧‧‧Trap grooves

27‧‧‧ Angle magnification components

271‧‧‧ Mounting components for angle-amplifying components

28‧‧‧Clock square turntable

3‧‧‧Lock core

31‧‧‧The insertion channel of the unlocking key of the second locking element

32‧‧‧The groove of the lock core

4‧‧‧Block type main lock

411‧‧‧ Components for mounting the stop

42‧‧‧Flexible components

5‧‧‧Sublock

6‧‧‧Trap lock

6a‧‧‧Trap bead set

7‧‧‧Motorcycle lock panel

C1‧‧‧Long curved groove

C2‧‧‧The outer edge

C3‧‧‧The groove on the outer edge

1 is a schematic view of a key including a fastening device, FIG. 2 is a schematic view of a panel portion including a symmetrical fastening device, and FIG. 3 is a schematic view of a panel portion including an asymmetrical fastening device, and FIG. 4 is a schematic view of FIG. FIG. 5A is a schematic view of an embodiment of the present invention, FIG. 5B is a schematic view of the panel of FIG. 5A, FIG. 5C1 is a schematic view of a long curved groove, and FIG. 5C2 is a long arc. FIG. 5C3 is a schematic view showing the operation of the lock with the long curved groove on the outer edge portion, and FIG. 5C4 is a schematic view showing the long curved groove on the outer edge portion of the panel. 6A is a schematic view of another embodiment of the block type lock, FIG. 6B is a schematic view of the panel side of FIG. 6A, and FIG. 7 is a schematic view of the lock device applied to the panel type block of the present invention, and FIG. 8 is a schematic view of the lock device of the present invention. A schematic diagram of an angle amplifying element is further added to the lock (there is also a trap type locking element 6). FIG. 9A mainly illustrates that the keys 11 of the second lock cannot be opened at different angles to open the locks. Schematic diagram, Figure 9B mainly explains Therefore, the key 11 of the second lock cannot be used to make the interlocking between the locks. FIG. 9C mainly illustrates that the key 11 of the second lock of different depths and distances cannot be used as the lock between the locks. The schematic diagram of the mutual opening, FIG. 9D mainly illustrates that the key 11 of the second lock of different numbers and shapes cannot be used as a schematic diagram of the mutual opening of the locks, and FIG. 10 is a schematic view of the interlocking lock, FIG. 11A is Schematic diagram of a bead-type lock, FIG. 11B is a schematic view of a bead-type lock with a double-trap type locking element, and FIG. 11C mainly illustrates that people cannot take the arrangement order of the stud 11, the stud 11, and the recess 110. The key is used to open the locks in the order of the protrusions 2511, the flat columns 251, and the protrusions 2511. FIG. 12A is a schematic view of the trap type groove provided on the block type locking element of the panel, and FIG. 12B is a schematic view of the lock body provided in the lock body. FIG. 13 is a schematic view of the present invention applied to a horn lock, FIG. 14A is a schematic view of the present invention applied to a lock-type lock, and FIG. 14B is a view of the present invention applied to a locomotive electric door lock. Schematic diagram 14C mainly shows that the second locking element and the key passage 31 can be designed as a plurality of different key passages, and FIG. 15 mainly illustrates that the trap type locking element can also be disposed on the main lock.

The present invention will be further described below in conjunction with the drawings and specific embodiments.

The design of the motorcycle lock cover is that most motorcycles use this type of motorcycle lock. Although this type of motorcycle lock can prevent others from opening the wrong lock or driving the wrong motorcycle, it is because of people's inertia. Many motorcyclists did not use protective covers to protect his motorcycle locks. When the motorcycles were lost, they regretted why they were so lazy and did not use the protective cover. So it is time to try to improve this problem.

In order to reduce the misalignment of others, the present invention incorporates a second locking element that can be unlocked or locked almost simultaneously with the main lock by a fastening device or/and the main lock (the second locking) The component can be at least a block type locking element, or a interlocking locking element, a bead type locking element, or a trap type locking element, or other equivalent a locking element, the second locking element may be disposed on the panel portion of the lock core, or may be disposed on the lock core portion; when the fastening device does not match, a gap is generated, or the unlocking device or the unlocking key of the main locking device does not match, When the unlocking device or the unlocking key of the second locking component is inconsistent, the locking device is maintained in the locked state, thereby reducing the occurrence of the wrong locking and riding the wrong vehicle; Or / and the difference in the number of the second locking elements, or the difference in the angle at which the fastening means or / and the second locking element are provided, or the depth or position in which the fastening means or/and the second locking element are provided Different, or use a fastening device or / And the difference in the form of the second locking element, or the difference in the shape of the fastening device or/and the second locking element, can form or manufacture more different fastening devices or/and locks and/or The corresponding key, this can solve the problem of the mutual opening of the plurality of locks, or increase the ability of the lock to be burglar-proof, or solve the problem that the old locomotive lock is easy to be shocked when the vehicle is easy to drive.

Referring to FIG. 1 , FIG. 1 is a schematic view of a fastening device. The fastening device is characterized in that: the b1 end of the fastening device is provided with at least one groove and the b11 end is provided with a convex corresponding to the groove. Alternatively, the b1 end of the fastening device is provided with at least one protrusion and a groove corresponding to the protrusion is provided at the end of the b11, and at least one end of the fastening device is provided with a key insertion Hole (111); when the b1 end of the fastening device does not correspond to the b11 end, the fastening device has a gap, and the gap can make the key of the same unlocking device unable to be inserted into the unlocked position to be reached, so The occurrence of the mutual opening between the plurality of locks can be reduced, and the fastening device has a certain thickness, so that the key of the same same unlocking device cannot be inserted into the unlocked position; the manufacturing of the fastening device Manufacturers can adjust or produce more different fastening devices by adjusting the thickness or shape or number or angle of the fastening device or various parameters such as depth or curvature.

Please refer to FIG. 1A. FIG. 1A mainly illustrates a fastening device b1 (for example, a protrusion or a groove of a certain shape) in which the key is provided with a protrusion or a groove of a certain shape or shape, and a cover is provided on the panel side. a fastening device b11 corresponding to b1 (for example, a groove or a protrusion corresponding to b1); when b1 and b11 are not corresponding (for example, the protrusion of b1 of the key side and the b11 of the lock side) When the groove is not corresponding, the fastening device generates a gap, so that the unlocking device or the unlocking tooth (121) of the key cannot be inserted into the unlocked position, so the lock will remain In the locked state, when someone uses a general key to open the lock with the setting b11, the unlocking device or the unlocking tooth of the general key cannot be inserted into the unlocked position due to the thickness of the fastening device, so The general key is not available for unlocking.

Please refer to FIG. 2 . FIG. 2 is a schematic view of the fastening device disposed on the panel. The fastening device of the lock can be set to be bilaterally symmetrical, or set to be vertically symmetrical, or to be symmetrical. Combined device.

Referring to FIG. 3, FIG. 3 is a schematic view of the fastening device disposed on the panel portion. The fastening device of the locking device can be set as an asymmetrical fastening device for up and down or/and left and right.

Please refer to FIG. 4. FIG. 4 is a schematic view showing three embodiments of a lock incorporating a second lock member, wherein the key (11) of the second lock including the lock is separated from the unlock key (12) of the main key (eg, The uppermost schematic diagram of Figure 4, or the unlocking key (11) of the second locking element of the lock is connected to the unlocking key (12) of the master key (as shown in the middle of Figure 4) Or a lock with a bead-type locking element (as shown in the bottom schematic of Figure 4).

Please refer to FIG. 5; in order to achieve that the main lock and the second locking element can be opened and closed almost simultaneously without making the main lock too long or too fat, the second locking element of the present invention A locking element such as a stop is used as the second locking element; the blocking type locking element is at least an insertion channel (31) for unlocking the key by a second locking element, a recess of the locking body a groove (22), a core groove (32), a returning elastic member (24), a corresponding second lock key (11), a mounting member (411) and a a stopper (23); when the key (11) of the second lock inserted by the user in Fig. 5 is too short to press the stopper, or the stopper (23) is not removed from the lock body When the groove (22) is used, the stopper (23) moves the stopper (23) into the groove (22) of the lock body due to the action of the elastic member (24), so that the stopper type The locking element assumes a locked or locked state, causing the lock to be in a clue state and cannot be opened; when the key (11) of the second lock inserted in FIG. 5 is too long, the key in FIG. 5A (12) will be the second The key (11) of the lock is pressed too long to the stop (23), so that the key (12) for opening the main lock cannot be inserted into the predetermined unlocked position, and the key of the main lock cannot be used to open the main lock; the invention can be reused The position or the number of the blocking type locking element and the trap type locking element are changed, or the parameters such as the depth or the shape or the shape are changed to enhance the anti-theft opening capability of the main locking device, and the present invention will not be used by people. Inert, which reduces the lock protection ability of the lock, and solves the problem that people are lazy to take the second procedure to open or lock the second lock; FIG. 5B is a schematic view of the panel of FIG. 5A, and FIG. 5C1 Attached to the lock body to add a long curved groove (c1), the long curved groove (c1) and the lock body groove can be connected, and Figure 5C2 mainly describes This is a schematic diagram of a trap type lock; the stop (23) is in the unlocked position (unlocked position at the lock body side groove and the long curved groove c1) when the unlocking action is not performed. When there is an unlocking tool to touch the stopper (23), the stopper (23) will be solved by the solution. State changes to the lockout state, FIG. 5C2 is a schematic view of a trap type of lock.

Please refer to FIG. 5C3. FIG. 5C3 mainly illustrates that the lock body is provided with an outer edge portion (c2) on the side of the lock body panel, and the outer edge portion is provided with a peripheral edge groove (c3) and a long curved concave portion. a groove (c1), and a stopper (23), an elastic member (24) and a member (411) for mounting the stopper at the end of the b11; the stopper (23) is not provided by the outer edge when the unlocking is not performed The locking position of the groove (c3) is moved to the long curved groove (c1), so the lock cannot be unlocked by rotation, and when the b1 end of the fastening device puts the stopper (23) from the outer edge groove When the blocking position of (c3) is moved to the long curved groove (c1), the lock is moved by the stopper (23) in the long curved groove (c1), and therefore, the lock It is possible to do the rotation and unlock it. 5C4 is a schematic view of the panel of FIG. 5C3.

Please refer to FIG. 6; in order to achieve that the main lock and the second locking element can be opened and closed almost simultaneously without making the main lock too long or too fat, the second locking element of the present invention A locking element such as a stop is used as the second locking element; the blocking type locking element is at least an insertion channel (31) for unlocking the key by a second locking element, a recess of the locking body a groove (22), a cylinder-side groove (32), an elastic member (24), a corresponding second lock key (11), a component (411) for mounting the stopper, and a stopper ( 23); when the user inserts the incorrect key (11) of the second lock; the angle at which the block moves is too large or too small, so that some of the stops are still located in the lock body In the groove of the square, the second lock cannot be opened, and the indirect also causes the main lock to be unlocked; in Fig. 6, the invention also uses one or a plurality of trap type locking elements instead of one or more a blocking type locking element, the trap type locking element (6) is unlocked when no key is inserted, when someone When the figure is inserted into any unlocking tool by the insertion passage (31) of the key of the second lock and touches the trap type locking element (6), the trap type locking element (6) is switched from the unlocked state to the unlocked state. The state of the lock, so that the lock cannot be rotated or opened, which also makes the main lock unable to be opened, and the present invention uses the trap type lock member (6) to set and set the trap lock. The position or quantity of the components can be different, and the protection capability or the anti-theft opening capability of the main lock can be further improved, so that the lock will not reduce the lock protection capability of the composite lock due to people's inertia; The present invention utilizes such a design to enhance the anti-theft opening capability of the main lock and to solve the problem that people are lazy to take a second procedure to unlock or lock the second lock, and the lock will not be lowered due to people's inertia. The locking device should have the protective ability; the unlocking device or the unlocking key (11) of the second locking device can be a convex unlocking key or a recessed unlocking key (when the blocking type lock is used) Stop component When the key surface is mounted at about 90 degrees, the recessed unlocking key can be used to avoid pressing against the trap locking element, so that the trap locking element returns to the unlocked state) It is a semi-circular plate type (this allows the stopper type locking member to be installed at other angles, as long as the key (11) of the second lock can normally press the crimping end (233) to make the lock function normally], Or other equivalent shape; wherein FIG. 6B is a schematic view of the panel of FIG. 6A, and the stopper type locking element and the main key surface of FIG. 6B are mounted at about 90 degrees.

Please refer to FIG. 7. FIG. 7 is a schematic view of the lock of the present invention applied to the panel type stopper; when the key (11) of the second lock is pressed to the contact end (233) of the lock cylinder of the stopper (23), the block The block (23) will be pressed out of the groove (22) of the lock body, so that the main lock can be rotated or unlocked. Although such a design, the protection will be weaker, but we can Relying on the setting of a plurality of block type locking elements to increase the inconvenience of the illegal unlocker in unlocking, we can also produce more different locks depending on the set angle, depth or number of parameters. Reducing the situation in which the wrong lock is opened and the wrong motorcycle is riding.

Please refer to FIG. 8. FIG. 8 is an angle amplifying component (27) added to the lock of FIG. 6A, so that it is more difficult for the person who steals the lock to grasp the correct insertion depth of the key (11) of the second lock. , to improve the difficulty of unlocking, and increase the protection of the lock; we use at least one large, a small gear set to do the magnification of the angle, making it harder for the gangster to grasp the key of the second lock corresponding to the lock (11 The length of the), while increasing the difficulty of unlocking.

Please refer to FIG. 9A to FIG. 9D , wherein FIG. 9A mainly illustrates that the keys ( 11 ) of the second lock cannot be opened at different angles; FIG. 9B mainly illustrates that the number cannot be different. The key of the second lock (11) is used to open the locks; the main thing to be illustrated in Fig. 9C is that the keys (11) of the second locks of different depths cannot be used to open the locks; Figure 9D mainly It should be noted that the key (11) of the second lock of different shapes cannot be used to open the interlock between the plurality of locks.

Referring to FIG. 10, the present invention replaces one or a plurality of blocking type locking elements with one or more interlocking locking elements (as shown in the schematic diagram of FIG. 10); when the user is operated by the second locking device When the key (11) of the second lock inserted into the key insertion passage (31) is too short, the lock body block is locked by the elastic member (24) and the lock body block (232) is locked. The body groove (22) moves into the groove (32) of the lock cylinder side, so that the interlocking locking element assumes a locked or locked state, so that the lock cannot be opened; when inserted When the key 11 of the second lock is too long, the stopper (231) of the lock cylinder may be too long by the key (11) of the inserted second lock, and the stopper (231) of the lock cylinder is locked by the lock recess 32. Moving into the recess (22) of the lock body, so that the interlocking locking element assumes a locked or locked state so that the lock cannot be opened; only the interlocking locking element is used In order to correspond to the correct second lock key, the lock body (222) of the lock body can be located in the groove (22) of the lock body, and the stop block (231) of the lock core is also located in the groove of the lock core side ( 32) In order to change the interlocking locking element from the locked state to the unlocked state, the main locking device can also be opened by the insertion of the correct key; the invention can re-use the interlocking locking element Set the position or quantity or the change of parameters such as depth or shape or shape to enhance the anti-theft ability of the main lock, and improve the safety and anti-theft ability of the main lock. The lock will not be inert to people. The protection of the locks that the lock should have is reduced, and the problem that people are too lazy to take the second procedure to open or lock the second lock is solved.

Referring to FIG. 11A, the present invention uses a bead-type locking element instead of one or a plurality of blocking type locking elements; because the key of the second lock of the wrong length (11) or the second of the wrong type of the second lock The key (110) is a lock that cannot open the bead-type locking element, and the key (11) of the second type lock of the stud type cannot be used to open the stud column of (2511). The second locking element, while the key (110) of the second locking device of the recessed type cannot open the second locking element of the (251) flat-shaped bead; if it is too long or too short or too deep or too shallow The key of the second lock will cause a certain bead in the lock to be stuck in the lock passage (253), and cannot be opened or unlocked; and, in order, the order is the stud (11) and the stud (11) The key of the recessed column (110) cannot open the locks arranged in the order of the pillars (2511), the flat pillars (251), and the pillars (2511), so that the situation of opening the wrong lock can be further reduced, and Improve the anti-theft ability of the main lock, the lock will not be reduced due to people's inertia, and the lock protection ability of the lock should be reduced. It was decided that people were too lazy to spend the second procedure to open or lock the second lock. In FIG. 11A, a trap type bead set (6a) is further included to enhance the anti-theft opening capability, and in FIG. 11B, a schematic view of a bead-type lock having a double trap type locking element (the main key thereof) For the operation mode and principle of the trap type device, please refer to (a5, a6) in Fig. 15. The present invention uses the trap type locking element (a5, a6) to further enhance the anti-theft function of the lock device, wherein The bead-type unlocking key can be a recessed type (110), a flat type (to prevent pressing to the trap type locking element), or a stud type, and the bead-shaped locking element can be adjusted Depending on the arrangement, the depth or the number of layers (for example, concentric double-ring bead-type locking elements) or the arrangement, different locks and unlocking keys can be used or manufactured to reduce Inter-opening between multiple locks occurs.

Referring to FIG. 11C, FIG. 11C mainly illustrates that people cannot use the keys arranged in the order of the studs (11), the studs (11), and the recesses (110) to open the studs (2511) and flat. Column-type locks for columns (251) and studs (2511); people can't use the unlocking keys with different mounting positions or angles to open the interlocking locks.

Referring to FIG. 12A and FIG. 12B, the present invention adds one or a plurality of trap grooves (26) to the lock body or the lock panel; since most people often open a plurality of second lock components with other instruments, The force of the output force is prone to uneven output, and the trap groove (26) can cause the stopper (23 or 231) of the second locking element to be moved due to the uneven force of the other person's output. To the trap type groove (26), and the main lock and the second lock element are not completed in the open state, and the lock cannot be unlocked, thereby enhancing the difficulty of unlocking and improving the protection capability of the main lock; 12A is a schematic view of a panel type trap groove, and FIG. 12B is a schematic view of a lock body type trap groove; since a general lock has no trap groove, as long as the lock core is unlocked, the person who steals the lock is not afraid of being The trap groove prevents the move from unlocking.

Please refer to FIG. 13 , which is a schematic diagram of the present invention applied to the horn lock. In order to improve the protection of the horn lock, in the example of the figure, we have a lock element of the horn lock with a bead-type locking element; Incorrect second key lock (11) to open the composite horn lock, the composite lock can not be opened; or, when holding the second lock key, the hole (110) or the stud (11) The depth or length is the wrong key to open the composite lock, the composite lock can not be opened, because when any of the main lock or the second lock component can not be opened or unlocked, the composite The lock can not be opened; when people only open the composite lock with the key that can open the horn lock, the second lock component cannot be unlocked because there is no key of the second lock, or because the use of the lock The length of the second lock key (11) is the wrong compound key to open the second lock element, or because the depth of the recessed key (110) of the key using the second lock is the wrong compound key to open Second locking element, then The two locking components cannot be changed from the locked state to the unlocked state, so that it is possible to prevent others from opening the composite lock only by the key that can open the horn lock, and to reduce the occurrence of the wrong lock, and people must take the correct one. The composite key can be used to open the composite lock.

Referring to FIG. 14A, FIG. 14A is a schematic view of the present invention applied to a lock-type lock. In FIG. 14A, the bottom end of the lock is a lock-type lock cylinder, and the proximal end is a second lock-up element of the present invention. When people open the composite lock with the key that unlocks the lock cylinder, the composite lock cannot be opened without the key (11) of the second lock; or the key with the second lock (11) The length is wrong with the composite key, or the trapped latching element is accidentally touched, or because the number of keys (11) using the second lock is wrong, the composite key cannot be locked from the locked state. Turned to unlocked state, therefore, it is possible to prevent others from opening the composite lock with only the key that can unlock the lock cylinder, and to reduce the occurrence of the wrong lock, people must take the correct compound key to open The composite lock device has the same operation principle as that of FIG. 14A and FIG. 10B. FIG. 14B is a schematic view of the present invention applied to the electric car door lock, and FIG. 14C mainly illustrates the unlocking of the second lock member and the second lock member. The key insertion channel (31) can Designed for a plurality of different shades of the key channel.

Referring to FIG. 15, FIG. 15 mainly illustrates that the trap type locking element can also be disposed on the main lock, wherein the trap type locking element (a5) is in an unlocked state, but when there is an unlocking convex tooth When the trap type locking element (a5) is pressed, the trap type locking element (a5) is switched from the unlocked state to the locked state, and we can use the difference in the position or the number of the setting of the trap type locking element. To increase the ability of the thief to mislead, so that the lock can have a better ability to prevent theft, especially when the lock with the bead-type locking element of Figure 11A or Figure 11B, the thief is more difficult It is judged that the trap type locking member is mounted on the lock core portion (a6) or the bead column type lock member mounted on the panel portion, and the number of trap type lock members is set, thereby further increasing the ability of the anti-theft opening.

Combining the above effects, this proves that the present invention has the convenience, practicability and advancement in use, and therefore an application for patent authorization is proposed.

The features and spirit of the present invention are intended to be more clearly described by the preferred embodiments of the present invention. It is intended that the present invention be construed as being limited to the scope of the present invention.

Claims (19)

 A method for preventing a lock device from being unlocked by another person, the method comprising the steps of: step S1: applying a fastening device, or/and adding one or more blocking type locking members to the main lock, or And adding one or a plurality of trap type locking elements to the main lock, step S2: using the adjustment of the fastening device or/and adjusting the shape or position or number or depth or type of the locking element Or the parameters of curvature or thickness, etc., corresponding to or producing more different fastening devices or/and locks and/or unlocking devices, or using the position or number of locking elements that adjust the trap type, etc. Parameters, corresponding to or produce more different locks or / and unlocking devices.    The method for preventing the lock device from being unlocked by another person according to claim 1, preferably comprising the step S3 of: adding one or a plurality of trap type locking members to the lock of the step S1.    The method for preventing the lock device from being unlocked by another person according to claim 1, preferably comprising step S4, step S4: adding one or more long curved grooves in step S1.    The method for preventing the lock device from being unlocked by another person according to claim 1, preferably further comprising the step S5 of: adding one or more trap-type grooves in the step S1.    The method for preventing the lock device from being unlocked by another person according to claim 1, preferably comprising step S6, step S6: adding one or more panel grooves or/and panels in step S1 Square trap groove.    The method for preventing the lock device from being unlocked by another person according to claim 1, preferably comprising the step S7 of: replacing the block in the step S1 with one or a plurality of bead-type locking members. Block locking element.    The method for preventing the lock device from being unlocked by another person according to claim 1, preferably comprising the step S8 of: replacing the block in the step S1 with one or a plurality of interlocking locking members. Block locking element.    A device having a device for reducing or preventing a user from opening a wrong lock, the lock device comprising at least: a fastening device or/and a main lock and a second locking member or/and an unlocking key thereof; The b1 end of the device is provided with at least one groove and the b11 end is provided with a protrusion corresponding to the groove, or the b1 end of the fastening device is provided with at least one protrusion and is provided at the b11 end. a recess corresponding to the protrusion, and at least one end of the fastening device is provided with a key insertion hole (111); or, the main lock is added with a main lock to unlock or lock at the same time as the main lock The second locking element or / and its unlocking key.    A device according to claim 8 having a means for reducing or preventing the opening of a wrong lock by a person, preferably wherein said second locking element is one or a plurality of stop-type locking elements.    A device according to claim 9 having a means for reducing or preventing a person from opening a wrong lock, preferably comprising a long arcuate groove.    A device according to claim 8 having a means for reducing or preventing the opening of a wrong lock by a person, preferably wherein said second locking element is one or a plurality of interlocking locking elements.    A device according to claim 8 having a means for reducing or preventing the opening of a wrong lock by a person, preferably comprising one or more trap type locking elements.    A device according to claim 8, wherein said second locking element is one or a plurality of trap type locking elements.    A device according to claim 8, wherein said second locking element is one or a plurality of bead-type locking elements.    A device according to claim 8, wherein said lock or/and said second lock member further comprises one or a plurality of trap grooves.    A device for reducing or preventing a user from opening a wrong lock according to claim 8, wherein said fastening device has one end of the fastening device disposed at a panel portion of the lock, and the other of the fastening device One end is located at the key end.    A device for reducing or preventing a person from opening a wrong lock according to claim 8, wherein preferably, wherein the unlocking key of the second locking member is a wider one of the unlocking keys of the main locking device Side.    A device for reducing or preventing a person from opening a wrong lock according to claim 14, wherein said bead-type locking member further comprises a stud-type turntable bead or/and a flat-type turntable Bead or / and recessed turntable bead.    A device for reducing or preventing a person from opening a wrong lock according to claim 14, wherein said beaded locking member further comprises a corresponding unlocking key, and said unlocking key can be flat Or / and recessed or / and stud type unlocking keys.