TWI820852B - Flippable cable lock - Google Patents

Abstract

The present invention discloses a flappable cable lock, including a twistable cable, and the twistable cable can be twisted to an X-shaped cross state and remain in that X-shaped cross state. Moreover, the cable lock has a combination mechanism, an elastic component and a key mechanism. The elastic component includes a plurality of curved elastic pieces, and each curved elastic piece is respectively and elastically pressed against the dials of the combination mechanism. The key mechanism includes a lock core, a stop block and a push block, when the lock core is driven from a locked position to an unlock position, the stop block departs from a blocking position and no longer blocks the movement of the lower section of the twistable cable and moves toward a direction, and the push block moves to a pushing position and pushing the lower section towards that direction.

Description

Cable lock that adapts to flip motion

The present invention relates to luggage locks, in particular to a cable lock that can adapt to a flipping action.

A traditional cable lock includes a lock housing, a cable and a lock mechanism. The lock housing has two holes. Each of the two terminals of the cable has a connecting portion. One of the connecting parts is located in a connecting hole of the lock housing and cannot be pulled out of the connecting hole. The other connecting part is pluggable into a socket of the lock housing. The locking mechanism is configured to lock or release another connecting portion inserted into the socket. The cable lock features a flexible cable to lock an object, and therefore occupies a niche in the field of luggage locks.

In recent years, based on the need for customs inspection of luggage, a double-lock cable lock has been developed, and US 7,251,965 is one of its typical examples. The two connecting parts of its cable can be plugged into and unplugged from the two elongated jacks on its lock housing respectively, and its two locking mechanisms respectively lock the two connecting parts. One of the lock mechanisms can be used by a customs baggage inspector to perform unlocking or locking operations, and the other lock mechanism can be used by a user to perform unlocking or locking operations. This is why this double-lock cable lock is different from One of the main features of traditional cable locks.

Figure 16 shows that a conventional cable lock 9 is used on a suitcase 8 and enters a locked state. At this time, a connecting portion 911 of a cable 91 and a lock shell 92 thereof remain connected. The other connecting portion 912 of the cable 91 passes through the through holes 811 on the two zipper pieces 81 on the suitcase 8 and remains inserted into a jack 921 on the lock housing 92 . The problem is that during the transportation of the suitcase 8, the lock shell 92 of the cable lock 9 may often be turned over and over, so that the cable 91 often twists the two zipper pieces. 81. Although the existing cable 91 is flexible, it still has considerable rigidity. Therefore, if it is repeatedly twisted for a long time, the two zipper pieces 81 may still be damaged.

Therefore, how to provide a new cable lock that can reduce the probability or degree of the above-mentioned cable damaging the zipper piece is eagerly anticipated by the industry.

The present invention provides a cable lock that can adapt to the flipping action. It includes a lock shell and a cable part. The lock shell includes a first side shell. The first side shell has two wide holes and two wide holes respectively. There are two communicating narrow holes, and the width of each narrow hole is smaller than the width of the wide hole communicating with it. The cable part includes a twistable cable and two connecting parts. Each connecting part includes an upper section, a lower section and a middle section between the upper section and the lower section. The two upper sections are respectively connected to the twistable cable. Each of the two terminals of the lower section can only enter and exit the wide hole opposite it, but cannot enter and exit the narrow hole opposite it. Each middle section can enter and exit the wide hole opposite it, and can pass through the wide hole opposite it. The wide hole moves into the narrow hole opposite it, and can move from the narrow hole opposite it into the wide hole opposite it. Wherein, after the two lower sections of the cable part are respectively inserted into the two wide holes and moved under the two narrow holes, the twistable cable of the cable part has been bent into a U-shaped state, and The twistable cable can also be twisted into an X-shaped cross state and maintained in the X-shaped cross state.

In one embodiment, the lock housing of the cable lock of the present invention includes a second side housing and a third side housing, the second side housing extends downward from the first side housing, and the second side housing Being integral with the first side shell, the third side shell covers the second side shell and is close to the first side shell.

In one embodiment, the first side shell of the cable lock of the present invention also has two upper side walls that protrude upward and are opposite, and the two connecting portions of the cable portion in the U-shaped state also have two connecting portions respectively. Inclined outward at an angle such that the upper section of each connecting portion respectively leans against the two upper side walls of the first side shell.

In one embodiment, the cable lock of the present invention is in the X-shaped cross The two upper sections of the cable portion in the state have been tilted inwardly from above the two narrow holes into the two wide holes, and are inclined in different directions.

In one embodiment, the two upper sections of the cable lock of the present invention respectively cover the entirety of the two wide holes, and respectively lean against the edges of the two wide holes.

In one embodiment, one of the upper sections of the cable lock of the present invention is partially located in its corresponding wide hole, and the other upper section is completely located in its corresponding wide hole.

In one embodiment, an intersection point of the twistable cable in the X-shaped intersection state of the cable lock of the present invention is farther from a vertex and closer to the two connecting parts.

In one embodiment, the two wide holes of the cable lock of the present invention have the same size, and the length of one of the two narrow holes is greater than the length of the other. The twistable cable in the X-shaped cross state An intersection point of a line is closer to the narrow hole with smaller length and farther from the narrow hole with longer length.

In one embodiment of the cable lock of the present invention, the two wide holes have the same size, and the length of one of the two narrow holes is greater than the length of the other, in the X-shaped intersection state. The intersection point of the twistable cable is closer to the narrow hole with a smaller length and farther from the narrow hole with a larger length.

In one embodiment, the cable lock of the present invention includes a combination lock mechanism for locking or releasing one of the connecting portions of the cable portion, wherein the combination lock mechanism includes a plurality of parts exposing the lock The number wheel of the shell, each number wheel has a plurality of blocks and a plurality of shallow grooves, each block has an identification element, and each of the shallow grooves is located between two adjacent blocks; and An elastic member is located in the lock shell and next to the combination lock mechanism. The elastic member includes a base piece and a plurality of elastic pieces located in the lock case. The base piece and the elastic pieces are integral. Each elastic piece has a block at both ends, and each block can be inserted into each shallow groove of the number wheel.

1:Lock shell

11: First side shell

111: Upper side wall

112: wide hole

113: Narrow hole

12:Second side shell

13:Third side shell

2: Cable department

20:Enclosed space

21:Twistable cable

210: vertex

211: long paragraph

212: middle section

22:Connection part

221: Upper section

222: middle section

223:Next paragraph

3: Number lock mechanism

31:Lock assembly

311:movable lever

312:Support block

313:Block

314:Compression spring

32: Number wheel

321:Block

322:Shallow groove

323:Identification component

4: Elastic parts

41: Basic film

42: Elastic sheet

421: stuck block

5:Key lock mechanism

51:Key lock core

511:Coupling hole

52:Drive Department

521:Block

522: push block

523:Extension rod

524: Coupling block

6:Key

8: Suitcase

81: Zipper piece

811:Perforation

9: Cable lock

91:Cable

911, 912: Connector

92:Lock shell

921:Jack

FIG. 1 shows an exploded perspective view of a preferred embodiment of the cable lock that can adapt to the flipping action of the present invention.

Figure 2 shows a top view of a lock housing 1 according to the preferred embodiment of the present invention.

Figure 3 shows a three-dimensional appearance view of the preferred embodiment of the present invention.

Figure 4 shows a cross-sectional view of the lock housing 1 of the preferred embodiment of the present invention.

5 and 6 show a three-dimensional appearance of the twistable cable 21 in the preferred embodiment of the present invention when it is twisted to form an X-shaped cross state, and a cross-sectional view of the lock housing 1 at this time.

FIG. 7 shows a three-dimensional appearance view of an elastic piece 42 of the preferred embodiment of the present invention.

Figure 8 shows a side view of the elastic piece 42 of the preferred embodiment of the present invention.

FIG. 9 shows a top view of the elastic piece 42 and a number wheel 32 operating in cooperation with each other in the preferred embodiment of the present invention.

Figures 10 to 12 show schematic diagrams of the opening and closing operations of several number wheels 32 in this preferred embodiment of the present invention.

Figures 13 to 15 show schematic diagrams of the opening and closing operations using a legal key 6 in this preferred embodiment of the present invention.

Figure 16 shows a diagram of a conventional cable lock 9 in use.

Figure 1 shows a preferred embodiment of a cable lock that is adaptable to reversing movements of the present invention. The cable lock includes a lock shell 1 and a cable portion 2. As shown in FIGS. 1 and 2 , the lock housing 1 includes a first side housing 11 . The first side shell 11 has two wide holes 112 and two narrow holes 113 . The two wide holes 112 are respectively connected with the two narrow holes 113 , and they are arranged in a line along the length direction of the first side shell 11 . In this preferred embodiment, the two widths The large hole 112 is located between the two narrow holes 113, but it can also be changed to have the two narrow holes 113 located between the two wide holes 112. In any case, the width of each narrow hole 113 is smaller than the width of the wide hole 112 communicating with it.

In this preferred embodiment, the lock housing 1 further includes a second side housing 12 and a third side housing 13 . The second side shell 12 extends downward from the first side shell 11 , and the second side shell 12 and the first side shell 11 are integrally formed, that is, they are one piece. As shown in Figure 3, the third side shell 13 covers the second side shell 12 and is close to the first side shell 11, so that the three side shells 11, 12 and 13 jointly define an internal space. To accommodate some or all of the components mentioned below.

The cable part 2 includes a twistable cable 21 and two connecting parts 22 . The twistable cable 21 is preferably made of a steel cable, and the outside of the steel cable is usually covered with a sheath made of wear-resistant plastic. The twistable cable 21 includes two long sections 211 and an intermediate section 212 located between the two long sections 211 . Each connecting portion 22 includes an upper section 221 , a lower section 223 , and a middle section 222 located between the upper section 221 and the lower section 223 . The two upper sections 221 are respectively connected to the two long sections 211 of the twistable cable 21 . Each lower section 223 can only enter and exit the wide hole 112 opposite it, but cannot enter and exit the narrow hole 113 opposite it. Each middle section 222 can enter and exit the wide hole 112 opposite it, and can move from the wide hole 112 opposite it into the narrow hole 113 opposite it, and can move from the narrow hole 113 opposite it into the opposite narrow hole 113 . The wide hole is 112. After the two lower sections 223 of the cable portion 2 respectively enter the two wide holes 112 and move under the two narrow holes 113, the two connecting portions 22 of the second side shell 12 and the cable portion 2 are formed. Connection, as shown in Figure 3 and Figure 4, at this time, the middle section 212 of the twistable cable 21 of the cable part 2 has been bent into a U-shaped state, and the entire twistable cable 21 and The first side shell 11 of the lock shell 1 forms a closed space 20 .

Preferably, as shown in FIGS. 3 and 4 , the first side shell 11 also has two upper side walls 111 that protrude upward and are opposite to each other. Due to the elastic force accumulated when the twistable cable 21 is bent, the two long sections 211 and the two connecting parts 22 of the cable part 2 in the U-shaped state are each tilted outward at an angle, so that each The upper section 221 of the connecting portion 22 respectively leans against the two upper side walls 111 of the first side shell 11 .

In addition, the twistable cable 21 of the cable portion 2 in the U-shaped state can also be twisted to an X-shaped intersection state, so that the two long sections 211 intersect at an intersection point and remain in the X-shape. In the cross state, as shown in Figure 5 and Figure 6. At this time, as long as the twistable cable 21 is reversely twisted, the cable portion 2 can be restored to the U-shaped state.

Preferably, as shown in FIGS. 5 and 6 , when the twistable cable 21 is in the X-shaped cross state, the two upper sections 221 have respectively poured inwards from above the two narrow holes 113 into the two wide holes 113 . inside the hole 112, and are inclined in different directions. The two upper sections 221 cover the entirety of the two wide holes 112 respectively, and respectively lean against the edges of the two wide holes 112 . However, the two upper sections 221 can also cover part of the two wide holes 112 respectively. In addition, one of the upper sections 221 can also cover the entire corresponding wide hole 112, and the other upper section 221 can cover its corresponding wide hole. part of 112.

Preferably, when the twistable cable 21 is in the X-shaped intersection state, the intersection point of the two long sections 211 is farther from its vertex 210 and closer to its two connecting parts 22 .

Preferably, as shown in FIG. 2 , the two wide holes 112 have the same size, and the length of one of the two narrow holes 113 is greater than the length of the other. When the twistable cable 21 is in the X-shaped intersection state, the intersection point of the twistable cable 21 is closer to the narrow hole 113 with a smaller length and farther from the narrow hole 113 with a larger length. In this embodiment, the length of the narrow hole 113 on the left is greater than the length of the narrow hole 113 on the right, so the intersection point of the twistable cable 21 is closer to the narrow hole 113 on the right and farther from the narrow hole 113 on the left .

In any case, the above-mentioned twistable cable 21 can be twisted into the X-shaped cross state, which means that the twistability of the entire cable part 2 is very high, making it easy to twist with the flipping of the lock housing 1, that is, it conforms to The performance of the flipping action of the lock housing 1 is very high. Therefore, when it is in the situation of locking the zipper piece 81, even if the lock shell 1 is turned over and over, the twisting force of the twistable cable 21 acting on the zipper piece 81 will become smaller, so the zipper piece 81 can be lowered. The probability or extent of the piece 81 being damaged by the cable part 2 is determined.

In addition, it can be known from the above description that the first side shell 11 of the lock shell 1 has An entry and exit portion (such as the above-mentioned wide hole 112 ) for allowing the lower section 223 of the connecting portion 22 of the cable portion 2 to enter and exit the first side shell 11 and an inlet and outlet for restricting the lower section 223 from being separated from the first side shell 11 Restriction portion (such as the above-mentioned narrow hole 113). Furthermore, when the lower section 223 is restricted from being detached by the restricting section, the connecting section 22 is swingable (see Figures 4 and 6). Specifically, the connecting section 22 swings left and right with the lower section 223 as an axis. .

As shown in FIG. 1 , the cable lock of the present invention further includes a locking mechanism for locking the two connecting portions 22 located in the lock housing 1 , as shown in FIGS. 3 and 4 . In this preferred embodiment, the lock mechanism includes a combination lock mechanism 3 and a key lock mechanism 5, but it is not limited to this. For example, the lock mechanism can have only one combination lock mechanism, only one key lock mechanism, or two A combination lock mechanism or two key lock mechanisms. In this preferred embodiment, the combination lock mechanism 3 allows a user (such as the owner of the cable lock) to perform an opening and closing operation to determine whether one of the connecting portions 22 can be pulled out of the lock housing 1 . The key lock mechanism 5 can be used by another user (for example, a baggage inspector at the customs) to perform an opening and closing operation to determine whether the other connecting portion 22 can be pulled out of the lock housing 1 .

As shown in FIGS. 1 and 4 , the combination lock mechanism 3 is located in the lock housing 1 and is used to lock or release one of the connecting portions 22 of the cable portion 2 . In this preferred embodiment, the number lock mechanism 3 includes a plurality of number wheels 32 partially exposed from the lock housing 1. Each number wheel 32 has a plurality of blocks 321 and a plurality of shallow grooves 322. Each block 321 Each has an identification element 323, and each shallow groove 322 is located between two adjacent blocks 321. Each identification element 323 is preferably a number, a text or a symbol.

In this preferred embodiment, the combination lock mechanism 3 also includes an elastic member 4 located in the lock housing 1 , which is located next to the combination lock mechanism 3 and includes a base piece 41 and a plurality of elastic pieces 42 . The base sheet 41 and the elastic sheet 42 are integrally formed, that is, they are one piece, and they are preferably made of plastic materials with high elasticity and high wear resistance (or durability). The base sheet 41 A rear side of the base piece 42 leans against a wall 14 of the lock housing 1. Each elastic piece 42 protrudes forward from a front side of the base piece 41 and is arc-shaped, and each elastic piece has a clip at both ends. Block 421. As shown in Figure 7, each block 421 can be inserted into the shallow groove 322 of the number wheel 32 to provide a little resistance to the number wheel 32 to keep it tight, that is, to allow it to be turned. But it won't rotate casually. In addition, It can also provide an obvious positioning sensation, so that the user's finger when turning the number wheel can obtain an obvious positioning feeling, so that the user feels better when turning the number wheel 32 .

In this preferred embodiment, the combination lock mechanism 3 also includes a lock assembly 31 located in the lock housing 1. The number wheels can be dialed to determine a correct password or an incorrect password to determine whether the lock assembly 31 enters a movable position. state or a stop state. Furthermore, Figures 3 to 6 show that the number lock mechanism 3 is in a locked state. At this time, the number wheel 32 displays an incorrect code, so that the lock assembly 31 is in the stopping state, so the cable portion The lower section 223 of one of the connecting parts 22 of 2 is blocked by a stop 313 of the lock assembly 31 and cannot move toward the wide hole 112 on the right side of the figure. Therefore, the lower section 223 is still held by the lock shell 1 on the right side of the figure. Below the narrow hole 113, the lock housing 1 cannot be extracted. Among them, the stopper 313 is usually a blocking position located below the wide hole 112 on the right side of the figure. It can be pushed to the right to leave the blocking position, or can be pushed downward to leave the blocking position.

Figures 8 to 10 show that the number lock mechanism 3 is in an unlocked state. At this time, the number wheel 32 displays a positive code, so that the lock assembly 31 is in a movable state, so one of the connecting parts of the cable portion 2 The lower section 223 of 22 can move toward the wide hole 112 . Once the lower section 223 moves toward the wide hole 112, the stopper 313 will be pushed to move away from the bottom of the wide hole 112. As shown in Figure 8, the lower section 223 can move from under the narrow hole 113 to under the wide hole 112, and then from The wide hole 112 pulls away the lock housing 1 . When the stopper 313 moves as mentioned above, it will also push a support block 312 of the lock assembly 31 to move downward, so that a movable rod 311 connected below the support block 312 will move downward, thereby compressing a compression spring. 314. Once the lower section 223 is pulled away from the lock housing 1, the compression spring 314 uses its elastic force to push the support block 312 upward, causing the entire lock assembly 31 to reset immediately, as shown in Figure 9.

Figure 10 shows that the lower section 223 is inserted into the wide hole 112 and presses down the stopper 313 to move downward, and then moves from the bottom of the wide hole 112 into the bottom of the narrow hole 113 through the elasticity of the torsional cable 21 itself. Then, the entire lock The component 31 is then reset by the compression spring 314. Then, the number wheel 32 is dialed to dial the incorrect password or other incorrect password, and the entire cable lock is in the locked state as shown in Figure 6, so that the lower section 223 Unable to extract lock shell 1.

In this preferred embodiment, as shown in FIGS. 1 and 4 , the key lock mechanism 5 is located in the lock housing 1 for locking or releasing the other connecting portion 22 of the cable portion 2 . In this preferred embodiment, the key lock mechanism 5 includes a key lock core 51 and a driving part 52 located in the lock shell 1. A bottom of the key lock core 51 is exposed from the lock shell 1 and has a key hole (not shown in the figure). (shown in Figure 14), as shown in Figure 14, after a legal key 6 is inserted into the key hole, the key lock core 51 can be rotated. The driving part 52 includes a blocking block 521, a pushing block 522, an extending rod 523 and a coupling block 524, which are preferably made in one piece. The coupling block 524 is coupled to the key lock core 51 , so that when the key lock core 51 is rotated, the coupling block 524 can be driven to rotate, and the extension rod 523 connected to the coupling block 524 also rotates, thereby driving the extension rod 523 The connected stopper 521 rotates together with the pusher 522. In addition, a top of the key lock core 51 is preferably formed with a coupling hole 511 having multiple sides, such as a quadrilateral coupling hole 511 . The coupling block 524 has a shape corresponding to the coupling hole 511, thereby being snapped into the coupling hole 511 to form coupling.

4 to 6 show that the key lock mechanism 5 is in a locked state. At this time, the stopper 521 of the key lock mechanism 5 blocks the lower section 223 of the other connection part 22 of the cable part 2, so that the other connection part 22 is blocked. The lower section 223 of the part 22 cannot move toward the wide hole 112, so the lower section 223 of the other connecting part 22 is still detained by the lock shell 1 below its corresponding other narrow hole 113, and cannot be pulled out of the lock shell 1. At this time, as shown in FIG. 11 , the pushing block 522 is located next to the blocking block 521 and does not block the lower section 223 of the other connecting part 22 .

When the legal key 6 rotates the key lock cylinder 51 from a locked position shown in Figure 4 to an unlocked position shown in Figure 12, under the linkage of the coupling block 524 and the extension rod 523, the stopper 521 moves from the locked position shown in Figure 4 to the unlocked position shown in Figure 12. A blocking position shown in FIG. 11 is transferred to a non-blocking position shown in FIG. 13, and the pushing block 522 is transferred from the non-blocking position shown in FIG. 11 to another non-blocking position shown in FIG. 13, and is pushed in the process. The lower section 223 of the other connecting part 22 leaves the lower part of the narrow hole 113 and moves toward the wide hole 112, and then can be pulled out of the lock housing 1 from the wide hole 112. At this time, the key lock cylinder 51 is in an unlocked state and is no longer locked. This lower section 223 is locked.

When the lower section 223 of the other connecting part 22 is inserted into the wide hole 112, and then moves from below the wide hole 112 into the bottom of the narrow hole 113 through the elasticity of the twistable cable 21 itself, then the legal key 6 is reversed To drive the key lock core 51 back to the locked position from the unlocking position to drive the entire driving part 52 to reset. At this time, the entire cable lock is in the locked state as shown in Figure 6, so that the lower section 223 cannot be withdrawn. Leave the lock shell 1.

1:Lock shell

11: First side shell

111: Upper side wall

112: wide hole

113: Narrow hole

12:Second side shell

13:Third side shell

2: Cable department

21:Twistable cable

211: long paragraph

212: middle section

22:Connection part

221: Upper section

222: middle section

223:Next paragraph

3: Number lock mechanism

31:Lock assembly

32: Number wheel

321:Block

322:Shallow groove

323:Identification component

4: Elastic parts

41: Basic film

42: Elastic sheet

421: stuck block

5:Key lock mechanism

51:Key lock core

511:Coupling hole

52:Drive Department

521:Block

522: push block

523:Extension rod

524: Coupling block

Claims (8)

A cable lock includes: a lock shell including a first side shell with two narrow holes; a cable part including a twistable cable and two connecting parts, each of the connecting parts includes An upper section, a lower section and a middle section between the upper section and the lower section, the two upper sections are respectively connected to the two terminal ends of the twistable cable, the outer diameters of the two lower sections are respectively larger than the width of the two narrow holes, and the two The outer diameter of the middle section is smaller than the width of the two narrow holes respectively; wherein, when the lower sections of the two connecting parts of the cable part are respectively located below the two narrow holes, the twistable cable of the cable part has been connected with the two narrow holes. The first side shell of the lock housing forms a closed space, and the twistable cable can be directly twisted to an X-shaped cross state and maintained in the X-shaped cross state while the closed space still exists. The cable lock according to claim 1, wherein the twistable cable includes two long sections respectively connecting two connecting parts and an intermediate section located between the two long sections. When the twistable cable part When the twisted cable and the first side shell of the lock housing form the closed space, the middle section is bent and the two long sections are respectively inclined outward. The cable lock according to claim 2, wherein the first side shell of the lock shell also has two upper side walls that protrude upward and are opposite, and the two connecting portions of the cable portion also each tilt outward, So that the two upper sections respectively lean against the two upper side walls. The cable lock as claimed in claim 2, wherein when the twistable cable is twisted to assume the The middle section is far away from the lock housing. A cable lock includes: a lock shell including a first side shell with two narrow holes; a cable part including a twistable cable and two connecting parts, the twistable cable includes Two long sections that connect two connecting portions and a middle section located between the two long sections are respectively connected. Each connecting section includes an upper section, a lower section and a middle section located between the upper section and the lower section. The two upper sections The two long sections respectively connected to the twistable cable, the outer diameters of the two lower sections are respectively greater than the width of the two narrow holes, and the outer diameters of the two middle sections are respectively less than the width of the two narrow holes; wherein, when the cable When the lower sections of the two connecting parts of the cable part are respectively located below the two narrow holes, the twistable cable of the cable part and the first side shell of the lock shell form a closed space, and the twistable cable The middle section is bent, and the two long sections of the twistable cable are respectively inclined outward. The cable lock according to claim 5, wherein the first side shell of the lock shell also has two upper side walls that protrude upward and are opposite, and the two connecting portions of the cable portion are each also inclined outward. So that the two upper sections respectively lean against the two upper side walls. A cable lock including: A cable portion includes a twistable cable and at least one connecting portion, the connecting portion includes an upper section, a lower section and a middle section between the upper section and the lower section, the upper section being connected to the twistable cable; and A lock shell includes a first side shell, the first side shell has an inlet and outlet portion and a restricting portion that communicate with each other, and the inlet and outlet portion is used to allow the lower section of the connecting portion of the cable portion to enter and exit the first side shell. , the restricting part is used to restrict the lower section from being separated from the first side shell; and a key lock core and a driving part located in the lock shell, the key lock core can drive the driving part to rotate, the driving part has a stopper and A pushing block is respectively located on two adjacent sides of the lower section of the cable portion. The cable lock according to claim 7, wherein the connecting portion swings left and right with the lower section as an axis.

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