A bib having a first layer of a filmic impermeable material on a front of the bib having a first body portion and upwardly extending flaps, a third layer of filmic impermeable material on a rear of the bib, where the first and third layers are joined at their perimeter edges, forming a shallow cavity. The bib has a neck ring. Below the neck ring, the shallow cavity has a top horizontal opening and a bottom horizontal opening in the first body portion. A second layer, which is an absorbent material, shaped into an adjustable loop, loops through the openings, the shallow cavity, and down the front of the bib. When the outer section of the loop becomes soiled, the soiled section can be rotated into the shallow cavity, simultaneously exposing an unsoiled section of the loop, providing a refreshed unsoiled outer section.

The invention relates to a bib useful for securing a wearer's hands and/or arms, the bib comprising a first outer-facing panel, a second body-facing panel, first securing means provided in or adjacent the second body-facing panel and adapted in use to secure the hands and/or arms of a wearer, and second securing means adapted in use to secure the bib to the wearer, the arrangement being such that in use the wearer's hands and/or arms are secured substantially within or by the first securing means at the front of the wearer's body.

A bib has an upper section with two arms, the two arms defining a neck opening. Fasteners may be attached to the bib to secure the two arms together. A lower section includes a protective portion. A first pleat extends across the width of the bib and is attached at the lateral edges of the bib. The top of the first pleat is attached to the upper section. The first pleat extends downwardly to the lower section. Additional pleats, generally parallel to the first pleat, extend the width of the bib below the first pleat. The pleats preferably have a scarf like appearance.

In some implementations, a kit includes a bib having a protective surface and a bib-coupling point; at least one eating utensil having a working end and a retention end, where the retention end includes a utensil-coupling point; and a tether having a first anchor end having a first coupling point that is configured to releasably couple to the bib-coupling point and a second anchor end having a second coupling point that is configured to releasably couple to the utensil-coupling point.

An eating bib device is provided. The device is designed to enhance convenience, cleanliness, and functionality during mealtime. The bib comprises a body that can take various shapes and is made from durable, flexible, and heat-resistant food-grade silicone, treated with a stain-and odor-resistant coating to maintain hygiene and appearance. The interior features a textured surface to prevent slipping. A neckline flap can be tucked into a user's upper body garment neck opening and includes a sweatproof backing for additional protection. A structured pocket at the bottom captures food and liquids, with an optional fastener for easy drainage. A neck system includes options for a continuous elastic neck opening or a two-piece design with adjustable fasteners such as magnetic closures or hook-and-loop systems. Additionally, the bib may feature a torso strap, available in one-piece elastic or two-piece configurations secured with fasteners, for added stability.

A light bib body and a bib are provided. The light bib body comprises a front bib piece (3) and a rear bib piece (4), creating a cavity between them for containing food residues. The whole upper edge of the front bib piece (3) is higher than the upper edge of the rear bib piece (4). A bib cloth (1) supported by the light cloth, overlays the bib body, with a first covered edge (5) enveloping their outlines. The lower upper edge of the rear bib piece reduces bib body weight, enhancing comfort while concealing wiring with a second covered edge (7) for improved aesthetics. Sewing strips (10) connect the bib body and the bib cloth (1), maintaining the bib's opening degree for effective residue collection. Convex strips (13) on inner surfaces ensure the bib stays open, enhancing stability.

A bib has a main body with a front surface and a pouch provided at a lower end of the main body contiguous with the front surface for collecting solids and/or liquids dropped by the user during use of the bib. The main body is provided with first connecting members at an upper end for removably connecting the bib around the user's neck. The pouch is provided with second connecting members for removably connecting the pouch to a connecting surface during use of the bib. The bib is provided with means for facilitating attachment of the pouch to the connecting surface by the second connecting members during use of the bib by allowing the pouch to extend out and be maintained open and in a proper orientation for collecting dropped solids and/or liquids.

The present disclosure provides a height-adjustable safety belt device for dining chair that is convenient for storage and outdoor carrying. In addition to being used with commercially available dining chairs to confine babies to the dining chairs and improve the stability and safety of the babies sitting on the dining chairs, the safety belt device for dining chair of the present disclosure is additionally provided with a detachable height-adjustable seat cushion that may allow babies to eat outdoors without being restricted by their body shapes, and enhance dining experience for babies and their caregivers when dining outdoors.