A quick release buckle includes a housing defining a first opening therethrough and includes an engaging surface disposed adjacent to the first opening. A webbing is received through the first opening of the housing. A first pawl and a second pawl are pivotally mounted to the housing. A catch is at least partially received between the first pawl and the second pawl. A first pawl biasing member and a second pawl biasing member are engaged with the first pawl and the second pawl, respectively, and are configured to bias the first pawl and the second pawl into engagement with the catch. A bar is slidably received within the housing and extends across the first opening. A first bar biasing member and a second bar biasing member are configured to bias the bar toward the engaging surface, such that the webbing is gripped between the bar and the engaging surface.

[Object] To effectively reduce a noise generated during engaging operation of a tongue. [Solution] A slider 13 held in a non-locking position, at which the slider 13 does not lock a latch 9, turns together with the latch 9 and moves so as to enter a space between the latch 9 and the locking pin 10 during operation of the latch 9. A front end 13a of the slider 13 comes in contact with a front end 25a.sub.4 of a damper 24 before coming in contact with a stop 11f of an operation button 11, and the slider 13 moves while compressing a damper spring 26. As a result, the movement of the slider 13 is slowed down. When the front end 13a is in contact with the stop 11f, the slider 13 is positioned in a locking position, at which the slider 13 locks the latch 9 positioned in the latching position. The slider 13 that has been slowed down comes in contact with the stop 11f, reducing the noise generated when the tongue engages with the buckle 7.

A buckle for a seat belt device has a latch member that is configured to be engaged with a tongue when the tongue is inserted into the buckle; a buckle base having a bottom wall and a first side wall and a second side wall that stand up from the opposite side edges of the bottom wall, each of the first and second side walls having latch holding portions that hold the latch member, the latch holding portions each being formed of a cutout extending from an upper end of each of the first and second side walls of the buckle base; and a bridging member configured to be assemblable to the first and second side walls so as to span the latch holding portions in a front-rear direction.

Buckle component (1) having a belt receiving opening (2) and a frame (3) enclosing the belt receiving opening (2), and a bar (4) about which the belt (5) is guidable, wherein the bar (4) is fastened to the frame (3), in a manner crossing, in particular completely crossing, the belt receiving opening (2), by at least one fastening device (6, 7) of the buckle component (1). The bar (4) is fastened to the frame by plastic deformation of the bar (4) and/or of at least one of the fastening devices (6, 7) and/or of the frame (3).

A closing device for releasably connecting a first part to a second part. The closing device may have a first closing unit including a spherical engaging part, and a first retaining device for attaching the first part. The closing device also may include a second closing unit which has a second retaining device for attaching the second part, and a cut out, which is delimited by a wall, for receiving the spherical engaging part, where the cut out has an opening for inserting the spherical engaging part. A sliding unit may be located in the cut out, the sliding unit being preloaded in the direction of the opening, and the sliding unit can be displaced into an open position and a closed position. In the open position of the sliding unit, the spherical engaging part may be received in the cut out.

A two-component buckle having a male component and a female component, the female component having a housing with a bore located at a mating end of the housing, the bore being oriented along a lateral axis of the housing; and the male member having a keeper element that fits within the bore to latch the male and female components together is disclosed herein. A latching mechanism is slidingly disposed within the housing and includes a latch pawl with a latching leg that is biased over the bore in the housing, serving as a secondary latch to help prevent the keeper element from being inadvertently disengaged from the bore.

A buckle includes a tab having a first side opposed to a second side and a receiver having a first side opposed to a second side. A first pair of pawls is pivotally connected to the first side of the tab. A cavity is defined in the receiver between the first and second sides of the receiver and configured to receive the first and second sides of the tab. The first pair of pawls has a locked position in which the first pair of pawls is engaged with the receiver to prevent movement of the tab with respect to the receiver and a released position in which the first pair of pawls permits movement of the tab with respect to the receiver. A first button on the first side of the receiver has a released position that moves the first pair of pawls to the released position.

A closing device for releasably connecting a first part to a second part. The closing device may have a first closing unit comprising a spherical engaging part, and a first retaining device for attaching the first part. The closing device also may comprise a second closing unit which has a second retaining device for attaching the second part, and a cut out, which is delimited by a wall, for receiving the spherical engaging part, where the cut out has an opening for inserting the spherical engaging part. A sliding unit may be located in the cut out, said sliding unit being preloaded in the direction of the opening, and the sliding unit can be displaced into an open position and a closed position. In the open position of the sliding unit, the spherical engaging part may be received in the cut out.

A restraint system includes a first member including a first hole and fixable to a seat frame, a second member including a second hole and slidably coupled to the first member between a retracted position in which the first and second holes are aligned and an extended position in which the first and second holes are spaced from each other, a buckle housing fixed to the second member, and a tongue including a third hole and insertable into the buckle housing to an inserted position in which the second and third holes are aligned.

At a present buckle device, lateral slits are formed in lateral portions of a slider of a buckle switch. A tab is formed at a portion, which is further toward a device upper side than the lateral slit, of a lateral portion that is at a device left side. A portion, which is further toward a device lower side than the lateral slit, at the lateral portion is an elastic portion, and a magnet is held thereat. Therefore, even if the tab receives pushing force from an ejector and is deformed, deformation arising at the elastic portion can be suppressed, and holding of the magnet can be stabilized.