A belt system including a belt having a free end, an opposed clamp end, and a plurality of teeth positioned along the free end of the belt. The buckle includes a latch that is actuatable between an engaged position and a retracted position. Wherein when the latch is in the engaged position, the latch is biased against the teeth to mechanically engage the teeth and secure the belt free end with the buckle. When the latch is in the retracted position, the latch is retracted from the teeth to permit removal of the belt free end from the buckle. The buckle also includes a clamp member to secure the belt clamp end to the buckle. The clamp member is positioned on the buckle such that the free end of the belt is substantially concealed by the clamp member and the clamp end of the belt when the free end is inserted through the buckle.

A cord lock has a housing with an interior cavity and an opening extending between the front and the back for receiving a cord, and an actuator having two legs that are configured to slide within the interior cavity of the housing. A spring is disposed between the housing and the actuator to bias the actuator in a raised position relative to the housing. There is a cam disposed in the interior cavity of the housing. The bottom of the cam is rotatably connected to the housing and the top is rotatably connected to the legs of the actuator. In a resting position, the spring presses the top of the cam against the housing such that when a cord is extended through the opening, the cam locks the cord in place between the cam and the housing. Depressing the actuator compresses the spring and rotates the cam.

A cord lock has a housing with an interior cavity and an opening extending between the front and the back for receiving a cord, and an actuator having two legs that are configured to slide within the interior cavity of the housing. A spring is disposed between the housing and the actuator to bias the actuator in a raised position relative to the housing. There is a cam disposed in the interior cavity of the housing. The bottom of the cam is rotatably connected to the housing and the top is rotatably connected to the legs of the actuator. In a resting position, the spring presses the top of the cam against the housing such that when a cord is extended through the opening, the cam locks the cord in place between the cam and the housing. Depressing the actuator compresses the spring and rotates the cam.

A strap buckle has a base. The base has a bottom plate and two side plates each having one end formed with a pivot hole. The base has a retaining portion spaced from the bottom plate. An opening is defined between the bottom plate and the retaining portion. A swinging member has a pivot portion pivotally connected to the pivot hole. Two opposite sides of the pivot portion have two perforations, respectively. Two transverse rods pass through the perforations and are arranged in parallel. The swinging member is pivoted relative to the base to drive the two transverse rods to rotate together. A pressing assembly has a pressing member and an elastic member. The pressing member is disposed between the two side plates of the base. A first strap is inserted between the bottom plate and the pressing member and wound around the two transverse rods.

A strap buckle has a base. The base has a bottom plate and two side plates each having one end formed with a pivot hole. The base has a retaining portion spaced from the bottom plate. An opening is defined between the bottom plate and the retaining portion. A swinging member has a pivot portion pivotally connected to the pivot hole. Two opposite sides of the pivot portion have two perforations, respectively. Two transverse rods pass through the perforations and are arranged in parallel. The swinging member is pivoted relative to the base to drive the two transverse rods to rotate together. A pressing assembly has a pressing member and an elastic member. The pressing member is disposed between the two side plates of the base. A first strap is inserted between the bottom plate and the pressing member and wound around the two transverse rods.

The Belt Ratcheting Device with Hidden Blade-IV (HB-IV) facilitates unidirectional belt fastening and fast release. The HB-IV includes a turning gate rotatably installed diagonally in a channel. The turning gate has been installed with a hidden blade which controls the belt's translation by engaging the lower belt surface to avoid visible scratches. The turning gate is connected to a lever. The HB-IV has two states: active and inactive. In the active state the device works as a belt ratchet by allowing the belt to be pulled forwards while restricting any belt motion backwards. In the inactive state the belt's motion is facilitated in both directions. The HB-IV states are manually controlled by the lever. After fastening, the belt remains fastened until released. The HB-IV can be adapted to any kind of smooth leather, cloth or synthetic belts. The blade's hidden position and smooth channel's surfaces minimize belt's wear and scratches.

The Belt Ratcheting Device with Hidden Blade-IV (HB-IV) facilitates unidirectional belt fastening and fast release. The HB-IV includes a turning gate rotatably installed diagonally in a channel. The turning gate has been installed with a hidden blade which controls the belt's translation by engaging the lower belt surface to avoid visible scratches. The turning gate is connected to a lever. The HB-IV has two states: active and inactive. In the active state the device works as a belt ratchet by allowing the belt to be pulled forwards while restricting any belt motion backwards. In the inactive state the belt's motion is facilitated in both directions. The HB-IV states are manually controlled by the lever. After fastening, the belt remains fastened until released. The HB-IV can be adapted to any kind of smooth leather, cloth or synthetic belts. The blade's hidden position and smooth channel's surfaces minimize belt's wear and scratches.

This disclosure relates generally to belt buckles and more particularly to belt buckles that have associated with the face or front thereof interchangeable initials, letters or other design. The working mechanics of the buckle is based on a lever given at the top side of the belt. The lever is attached to a spring which holds the belt leather strongly. The lever can hold the belt strongly up till 300 pounds of weight without moving the belt leather even a centimeter. The invention is based to facilitate the user for opening and closing of the belt, change of the buckle design while retaining the same buckle and safety to the leather or belt material from wear tear caused due to buckling the prong in the punch hole.

A belt includes an inside belt surface, a belt coating layer provided on the inside belt surface and a plurality of belt teeth in the belt coating layer. A belt adjustment system and a belt fabrication method are also disclosed.

A belt includes an inside belt surface, a belt coating layer provided on the inside belt surface and a plurality of belt teeth in the belt coating layer. A belt adjustment system and a belt fabrication method are also disclosed.