TH6687C3 - Car wheel locking device - Google Patents

Abstract

DC60 (24/05/54) Vehicle wheel locking device It is used to lock the wheels of cars with disc brakes. The wheel locking device uses a circular steel ball locking system to lock the vehicle's disc brakes. The device has a bolt-shaped design at the end using a steel ball locking system. It consists of a round steel ball on the side of the device and on the side is a handle for locking and unlocking, inside the handle contains a locking mechanism with a key blade. Main components of The wheel locking device consists of an external bolt, a bolt in the outer latch has the function It supports the spherical steel ball in the channel, and the inner pin is responsible for pushing the steel ball. The sphere to move in and out Inside the cavity of the outer latch by the internal latch mechanism Car wheel locking device It is used to lock the wheels of vehicles with disc braking system. The wheel locking device uses a circular steel ball locking system to Locked to the vehicle's disc brakes. The device has a bolt-shaped design at the end using a steel ball locking system. It consists of a round steel ball on the side of the device and on the side is a handle for locking and unlocking, inside the handle contains a locking mechanism with a key blade. Main components of The wheel locking device consists of an outer bolt, an inner bolt. The outside latch has a function. It supports the spherical steel ball in the channel, and the inner pin is responsible for pushing the steel ball. The sphere to move in and out Inside the cavity of the outer latch by the internal latch mechanism

Claims (4)

1. The wheel locking device consists of an outer bolt, an inner bolt. (40), steel ball Spherical (31), inner bolt lock (11) The wheel locking device uses a steel ball locking system to lock the vehicle's disc brakes. The lower end is cylindrical (12) and the lateral features The spherical steel ball (31) and the center of the outer bolt (9) have a cylindrical shape. And the top of the outer pin has a cone-shaped shape. Inverted together (6), and the top has a short cylindrical shape (16). It has a unique characteristic: the lower end has a cylindrical shape (12). The holes have a center point 120 degrees apart and the center of the outer pin (9) has a cylindrical shape. It is larger in diameter than the cylinder (12) and the top of the outer pin is conical (6). The top of the pin has two holes drilled into the center. ) Is in the upper position In the lower part of this section there is a groove (7) and next down a small hole (10), drilled all the way down the bottom position without penetrating. To be inserted into 2. Motor wheel locking device according to claim 1, the pin has the lower end of the cylinder, the smallest (26), and the next up is a cone 90 degrees (23) and next to the cylinder. (25) and next up in the form The cylinder has a groove of the larger diameter (24) and the length up to the top of the internal bolt. 3. Motor wheel locking device according to claims 1-2 clause, one of the lower part of the cylindrical section has a groove with a larger diameter (24) is a groove for controlling movement (20) with the upper position of the groove. There is a groove around the inner bolt and a split groove (19) and a split groove (21) downward, 1 each in the opposite positions. And there is one groove with a split groove turning downward (22). 4. The wheel locking device according to claims 1-3, any of the top of the bolt is Long cylindrical shape (17), the side wall with bore (15) in the lower position of the long cylinder (17), is the position of the spherical steel ball of the keylock mechanism (32) and next up. Comes the top part of the engraved in It is a short cylindrical shape (16). Brass lock mechanism (30) serves as a mechanism for locking and unlocking the lock with a key blade.