An ornament hooked over a button to be fastened includes a plate-shaped body, a ring-shaped hooking assistive device, combined with the body and made by bending a long plate to be a ring open on one side, and a first ornamental part covering the body above the hooking assistive device, wherein the body is formed with an inlet in the direction from the center into which the ornament is hooked over a button to make the button pass through the inlet of the body and place at the center of the body; a wall is formed as an upward projection from a part of the outer circumferential surface of the body to be combined with the first ornamental part on top of the wall.

A button cover device for covering a button mounted to an object is provided. The button has an outer perimeter edge together with a top half and a bottom half. The button cover device comprises a C-shaped base component having curved first and second arms. A top component is hingedly secured to the base component and includes a cover portion and an annular ring. A first edge of the annular ring is connected to the bottom surface of the cover portion with the annular ring extending away from a bottom surface of the cover portion. Upon positioning the base component around the outer perimeter edge of the button, along the bottom half of the button, the base component is releasably secured to the button and upon folding the top component over the button, the annular ring surrounds the outer perimeter edge of the button, along the top half of the button with the top component completely covering the top half of the button.

A button cover device for covering a button mounted to an object is provided. The button has an outer perimeter edge together with a top half and a bottom half. The button cover device comprises a C-shaped base component having curved first and second arms. A top component is hingedly secured to the base component and includes a cover portion and an annular ring. A first edge of the annular ring is connected to the bottom surface of the cover portion with the annular ring extending away from a bottom surface of the cover portion. Upon positioning the base component around the outer perimeter edge of the button, along the bottom half of the button, the base component is releasably secured to the button and upon folding the top component over the button, the annular ring surrounds the outer perimeter edge of the button, along the top half of the button with the top component completely covering the top half of the button.

A decorative button attachment device includes a generally T-shaped frame that is in communication with the main body having a decorative element along the front surface and having a pair of elongated posts that extend outward from the back surface. The pair of elongated posts include a shape, size and separation distance that is complementary to the known shape, size and separation distance of the apertures of a clothing button to be removably secured therein. A fastener having a pair of openings engages the distal ends of the posts and secures the device to the button.

The disclosure discloses a method for forming a rubber layer on a surface of a resin material. In the method, painting is first performed on the surface of the resin material to form a painting layer, using a paint to which a pigment has been added; then, rubber coating is performed to form a rubber layer on the painting layer. The method of the disclosure may be used in surface treatment of a fastener product. The disclosure further discloses a slide fastener, a buckle and a snap button using the method of the disclosure. The method of the disclosure may solve a conventional problem that a rubber coating is likely to fall off a resin surface, and the rubber on the surface of the resultant fastener product is less likely to fall off.

A clasp assembly is provided. The clasp assembly includes a first clasp member, a second clasp member, a first magnet, and a metallic component. The first clasp member defines a first cavity sized to receive a first portion of a zipper, and defines a first portion extending over the first cavity. The second clasp member defines a second cavity sized to receive a second portion of the zipper, and defines an overhang. The first magnet is secured to one of the first portion of the first clasp member and the overhang of the second clasp member. The metallic component is secured to another of the first portion of the first clasp member and the overhang of the second clasp member. The overhang is sized to receive the first portion of the first member to align the first magnet and the metallic component for magnetic interaction therebetween.

A clasp assembly is provided. The clasp assembly includes a first clasp member, a second clasp member, a first magnet, and a metallic component. The first clasp member defines a first cavity sized to receive a first portion of a zipper, and defines a first portion extending over the first cavity. The second clasp member defines a second cavity sized to receive a second portion of the zipper, and defines an overhang. The first magnet is secured to one of the first portion of the first clasp member and the overhang of the second clasp member. The metallic component is secured to another of the first portion of the first clasp member and the overhang of the second clasp member. The overhang is sized to receive the first portion of the first member to align the first magnet and the metallic component for magnetic interaction therebetween.

A button cover for use in covering a button to reduce or eliminate damaging of adjacent clothing such as pants, shorts, etc. Some embodiments provide a relatively thin disk shaped cover having a resilient wire button clip extending from the back side of the disk shaped cover. The button clip provides a button mounting channel formed by two opposed resilient arms in the clip, with the two opposed arms interconnected by an intermediate section of wire secured to, or formed within, the body of the disk-shaped cover. The cross-section of the button clip from its intermediate, interconnecting section through to its opposed resilient arms can be U-shaped or otherwise shaped to orient the coplanar opposed arms with the backside of the body of the disk-shaped cover.

A button cover for use in covering a button to reduce or eliminate damaging of adjacent clothing such as pants, shorts, etc. Some embodiments provide a relatively thin disk shaped cover having a resilient wire button clip extending from the back side of the disk shaped cover. The button clip provides a button mounting channel formed by two opposed resilient arms in the clip, with the two opposed arms interconnected by an intermediate section of wire secured to, or formed within, the body of the disk-shaped cover. The cross-section of the button clip from its intermediate, interconnecting section through to its opposed resilient arms can be U-shaped or otherwise shaped to orient the coplanar opposed arms with the backside of the body of the disk-shaped cover.

Disclosed is a snap fastener, comprising a face fastener (1) and a locating fastener (2) which are snapped with each other, wherein the face fastener (1) comprises a face shell (11) provided with an installation chamber (111), and a locating pin (12) made of plastic and integrally formed; and the locating pin (12) comprises a base (121), a rod body (122) and anti-rotation protrusions (125). In the implementation of the snap fastener of the present invention, the face fastener (1) can be separated into the face shell (11) and the locating pin (12), and the locating pin (12) is manufactured into a standard part for batch production and storage, thereby adapting face shells (11) with continuously updated designs, shortening delivery time, and reducing costs.