TH21084B - Padlock for use with steel balustrade - Google Patents

Abstract

The DC60 padlock consists of a lock bolt (21) and a padlock frame (32, 33). The padlock (32, 33) has a locking gap (43) and a straightened straight hole (37, 38) provided. on On each side of the locking gap (43), the aligned holes (37,38) are supported by the locking bolts (21). The bolt assembly (14) is provided inside the padlock housing (32, 33). To release the bolt assembly (21), the transverse bolt assembly (10) is attached to the bolt assembly (14), and thus controls the operation of the bolt assembly (14). The transverse thread (10) is also provided within the padlock frame (32, 33) as well.The user-controlled lock cylinder (6) can be operated on the transverse bolt assembly (10) to move the assembly. The axial cross-bolt assembly (10), the articulation between the bolt assembly (14) and the transverse bolt assembly (10), is performed using the corresponding dovetail surface (15, 12a), one dovetail surface. Inclined face (12a) The second articulation (15) can be shifted along the inclined articulation surface (12a) when there is an axial movement of the component (10, 14) to induce axial motion of the Another assembly (10, 14) one assembly (10) extends through the through space (16) provided in another assembly (14) from one side of the assembly (14). ) To opposite sides The padlock consists of a lock bolt (21) and a padlock frame (32, 33). The padlock (32,33) has a locking gap (43) and a straightened hole (37,38) provided on it. On each side of the locking gap (43), aligned holes (37,38) supporting the locking bolt (21), the bolt assembly (14) is provided inside the padlock housing (32,33). To release the bolt assembly (21), the transverse bolt assembly (10) is attached to the bolt assembly (14), and thus controls the operation of the bolt assembly (14). The transverse thread (10) is also provided within the padlock frame (32,33) as well.The user-controlled lock cylinder (6) can be operated on the transverse bolt assembly (10) to move the assembly. The axial cross-bolt assembly (10), the articulation between the bolt assembly (14) and the transverse bolt assembly (10), is performed using the corresponding dovetail surface (15,12a), one dovetail surface. Inclined face (12a) The second articulation (15) can be shifted along the inclined articulation surface (12a) when there is an axial movement of the component (10,14) to induce axial motion of the component. Another assembly (10,14). One assembly (10) extends through the through space (16) provided in another assembly (14) from one side of the assembly (14). ) To opposite sides

Claims (6)

1. The padlock that contains Lock bolt Padlock body with locking gaps and alignment holes provided on the side. Either side of the locking gap for supporting the locking bolts. Latch assembly to release the locking bolt. The bolt assembly has a central axis and is Provided inside the lock Transverse bolt assembly that extends across the bolt assembly inside the master key The transverse bolt assembly has a central axis and is interlocked with the bolt assembly. To control the operation of the latch assembly A user-controllable locking path that can be operated on a transverse bolt assembly to Move the bolt assembly across the axial direction. The bonding between the bolt assembly and the transverse bolt assembly is caused by Corresponding interlocking surface In which one surface is a slanting interlocking surface Which second surface Can be moved along an inclined interlocking surface on the axial movement of the assembly. One to induce axial movement of the assembly of the other. In which one assembly filed Exit through the pass-through space that extends from one side of the other assembly to the opposite side. 2. The padlock, as held in claim 1, on which the second bonding surface is obtained. Placement within the pass through 3. The padlock, as it holds the right in Clause 1 or 2, in which the gap through is a small hole 4. Padlock as it holds the right in Clause 1 or 2, which A penetrating gap At one end of the bolt assembly, which the other end can be interlocked within the lock bolt 5. Padlock, as has the right to claim No. 4, which is extended along the piece. Assemble the latch through the center axis. The opening is perpendicular to the engraved surface of the engraved assembly. Which can be interlocked with locking bolts. 6. Padlock, as has the right in Clause 1 or 2, which is connected to the second surface. It is in the form of a wedge that extends across the plane in which the bolt assembly rests. 7. Padlock, as held in claim 1 or 2, where the interlocking surface is inclined. Formed as part of the hook part of the connected component. 8. Padlock, as the holder of Clause 1 or 2, where the interlocking surface is tilted. Forms the hook portion of the connected assembly, and the open side of the hook consists of an inclined interlocking surface and a protrusion surface. Generally parallel to the middle axis of the other assembly to which the second bonding surface is obtained. Arrangement 9. The padlock, as it holds the right to claim 1 or 2, on which the interlocking surface is tilted. Formed as the hook portion of the connected assembly and the hook section was provided on the cross bolt assembly. With a distance from the hook portion, the side nook is fixed at one end with the wall touching the end The rotation of the user-controlled locking trajectory is operated to move the bolt assembly horizontally along the axis 1 0. The padlock, as it is entitled to claim 1 or 2, where the interlocking surface is tilted. Forming the hook part of the connected assembly The cargo hold is provided on the transverse bolt assembly. With a distance from the hook part, the side recess is fixed at one end by the wall touching the end. The user-controllable pivot of the locking method operates to move the bolt assembly horizontally, and there are two such niches arranged on opposite sides of the bolt assembly. Transverse spiral Each nook can be controlled with a corresponding user-controllable locking path1. 1. The padlock, as held in Clause 1 or 2, on which the interlocking surface is tilted. Forming the hook part of the connected assembly The hooks are arranged on the transverse bolt assembly. With a distance from the hook portion, the side nook is fixed at one end with the wall touching the end The rotation of the user-controlled locking trajectory operates to move the bolt assembly axially along the side.Two such side niches are provided on the straight side of the bolt assembly. Transverse spiral Each nook can be controlled with a corresponding user-controlled locking trajectory, and the hook sections are generally planar, and each nook is defined by the base wall. There is a general planar bridge that is defined by a two-part base wall, a bridge connecting part perpendicular to such hook section 1. 2. The padlock, as it holds in Clause 1 or 2, the user-controlled locking method. Supported in the hole in the lock Which has an opening closed by a spigot assembly with a groove along The circumference, which is supported is a hardened steel ring 1. 3. The padlock that contains Lock bolt Padlock body with locking gaps and alignment holes provided on the side. Either side of the locking gap for supporting the locking bolts. Latch assembly to release the locking bolt. The bolt assembly has a central axis and is Provided inside the lock Transverse bolt assembly that extends across the bolt assembly inside the master key The transverse bolt assembly has a central axis and is interlocked with the bolt assembly. To control the operation of the latch assembly A user-controllable locking path that can be operated on a transverse bolt assembly to Move the bolt assembly across the axial direction. The bonding between the bolt assembly and the transverse bolt assembly is caused by Corresponding interlocking surface In which one surface is a slanting interlocking surface Which second surface Can be moved along an inclined interlocking surface on the axial movement of the assembly. One to induce axial movement of the assembly of the other. In which one assembly filed Out through a puncture gap that extends from one side of the other assembly to the side The padlock has a rotation limiter wedge in connection with a user-controlled locking path to Restrict the rotation of the user-controllable locking path. The rotation limiter wedge has been inserted through the side. Of the corresponding padlock body 1 4. The padlock that contains Lock bolt Padlock body with locking gaps and alignment holes provided on the side. Either side of the locking gap for supporting the locking bolts. Latch assembly to release the locking bolt. The bolt assembly has a central axis and is Provided inside the lock Transverse bolt assembly that extends across the bolt assembly inside the master key The transverse bolt assembly has a central axis and is interlocked with the bolt assembly. To control the operation of the latch assembly A user-controllable locking path that can be operated on a transverse bolt assembly to Move the bolt assembly across the axial direction. The bonding between the bolt assembly and the transverse bolt assembly is caused by Corresponding interlocking surface In which one surface is a slanting interlocking surface Which second surface Can be moved along an inclined interlocking surface on the axial movement of the assembly. One to induce axial movement of the assembly of the other. In which one assembly filed Out through a puncture gap that extends from one side of the other assembly to the side The padlock has a user-controlled locking path that is assembled by a received code plate. Alternate arrangement and code term booster 1 5. Padlock, as has the right to Clause 14, which is the first code plate, which is close to Most of the lock body's exterior is made of hardened steel 1. 6. The padlock, as held in Clause 13 or 14, on which the interlocking surface Two of them have been arranged within the penetrating space.