A towel and mitt combination having a towel and a mitt is disclosed. In one configuration, the towel and mitt combination includes a towel that includes a front fastener. The towel and mitt combination also includes a mitt that includes a mitt fastener. The mitt fastener is configured to be releasably secured to the front fastener. The mitt is configured to be operatively and removably connected to the towel via the mitt fastener and the front fastener, when the mitt fastener is releasably secured to the front fastener. In another configuration, the towel includes a tab which includes the front fastener. These and other embodiments foster a coherent towel and mitt combination that enables a user to fasten a mitt to a towel with great convenience and ease.

A towel and mitt combination having a towel and a mitt is disclosed. In one configuration, the towel and mitt combination includes a towel that includes a front fastener. The towel and mitt combination also includes a mitt that includes a mitt fastener. The mitt fastener is configured to be releasably secured to the front fastener. The mitt is configured to be operatively and removably connected to the towel via the mitt fastener and the front fastener, when the mitt fastener is releasably secured to the front fastener. In another configuration, the towel includes a tab which includes the front fastener. These and other embodiments foster a coherent towel and mitt combination that enables a user to fasten a mitt to a towel with great convenience and ease.

An appendage protection assembly for an infant includes a set of sleeves. Each sleeve has first end that is open so that the first end is configured to insert a respective appendage of the infant into the sleeve. The sleeve is configured to insulate the respective appendage and to shield the respective appendage from contact with a device that is coupled to the respective appendage. Each of a set of slits is positioned in a second end of a respective sleeve and extends into opposing sides of the respective sleeve to define a pair of flaps. The pair of flaps is configured to be separated to allow access to digits of the respective appendage that is positioned in the respective sleeve. Each of a set of closures that is coupled to a respective sleeve proximate to an associated slit is positioned to selectively close the associated slit.

An apparatus includes a first base portion having a first surface and a second surface opposite the first surface. The apparatus also includes a second base portion having a third surface and a fourth surface opposite the third surface. The apparatus further includes a bridge portion coupling the first base portion and the second base portion. The apparatus additionally includes a tether one or more of extending from or coupled with at least one of the first base portion, the second base portion, or the bridge portion.

An apparatus includes a first base portion having a first surface and a second surface opposite the first surface. The apparatus also includes a second base portion having a third surface and a fourth surface opposite the third surface. The apparatus further includes a bridge portion coupling the first base portion and the second base portion. The apparatus additionally includes a tether one or more of extending from or coupled with at least one of the first base portion, the second base portion, or the bridge portion.

Disclosed herein is a medical hand covering for tightly enclosing a hand holding a medical instrument to prevent and/or minimize transmission of infectious agents upon examination. The medical hand covering may be prepared by a variety of methods, such as dipping and curing or welding and die cutting. The medical hand covering may have a variety of uses, such as minimizing transmission of infectious agents and reduce anxiety in patients via inclusion of a printed character on the medical hand covering. Also disclosed herein are methods for packaging, devices for dispensing, methods for dispensing, and kits encompassing the medical hand coverings described herein.

Disclosed herein is a medical hand covering for tightly enclosing a hand holding a medical instrument to prevent and/or minimize transmission of infectious agents upon examination. The medical hand covering may be prepared by a variety of methods, such as dipping and curing or welding and die cutting. The medical hand covering may have a variety of uses, such as minimizing transmission of infectious agents and reduce anxiety in patients via inclusion of a printed character on the medical hand covering. Also disclosed herein are methods for packaging, devices for dispensing, methods for dispensing, and kits encompassing the medical hand coverings described herein.

The invention is directed to an anti-scratch and chew mitts that are designed to have a selectively exposed teething surface. The selectively exposed teething surface can have teething elements for an infant to chew while teething. The anti-scratch and chew mitt can have a reversible teething cap that can be reconfigured from a teething configuration to a protective configuration. The teething elements being exposed about an outer surface of the teething cap in the first teething configuration. The teething cap is reversible such that the teething cap can be folded inside-out and over itself in a second protective configuration. In the second protective configuration the first surface of the teething cap having the teething elements is inverted upon itself thereby containing the outer surface having the teething elements of the teething cap within an interior of the teething cap in the second configuration.

The invention is directed to an anti-scratch and chew mitts that are designed to have a selectively exposed teething surface. The selectively exposed teething surface can have teething elements for an infant to chew while teething. The anti-scratch and chew mitt can have a reversible teething cap that can be reconfigured from a teething configuration to a protective configuration. The teething elements being exposed about an outer surface of the teething cap in the first teething configuration. The teething cap is reversible such that the teething cap can be folded inside-out and over itself in a second protective configuration. In the second protective configuration the first surface of the teething cap having the teething elements is inverted upon itself thereby containing the outer surface having the teething elements of the teething cap within an interior of the teething cap in the second configuration.

A mitt for manually handled object drop safety has a fabric covering and a wrist cuff which may be worn like a loose-fitting glove to catch accidentally dropped manually handled objects. The covering has a penetrable interlace of flat bands defining a plurality of insertion points at intersections therebetween through which typically objects such as fasteners such as bolts, nuts and the like may be inserted during manual handling.