A pacifier glove is provided. The pacifier glove includes a mitten body having opposing sides and having a closed end and an open end, the opposing sides of the mitten body defining an opening there between, the opening being accessible via the open end. An elastic member is configured on the mitten body and proximate the open end, and a strap member is configured on an opposing side of the mitten body and proximate the open end, the strap member opposing the elastic member. A pocket is configured on an exterior surface of the mitten body, the pocket having exterior and interior surfaces. A pacifier is coupled to the exterior surface of the pocket, and the pocket is configured to be turned inside-out on the mitten body to create an inside-out pocket. Under the condition that the pocket is turned inside-out, the pacifier is repositioned within the inside-out pocket.

An inner glove configured such that a chemical warmer is attachable in a position facing the back of a hand. The inner glove is configured for wearing under an outer glove, wherein the inner glove includes a body portion that is seamless in a circumferential direction of the hand, the body portion includes an opening in which a wrist may be inserted, an opening in which a thumb may be inserted, and at least two openings in which fingers other than the thumb may be inserted.

A gamer glove is provided. The gamer glove includes a glove body portion having a palm side and a back side. Further, the gamer glove includes a strap coupled to the palm side of the glove. An opening is formed between the strap and palm side of the glove. The opening is configured to receive a handle of a controller within the opening and engaged by the strap and the palm side of the glove. The gamer glove holds the controller with the glove and allows the gamer to use a desired gaming grip, such as, but not limited to, a standard grip and a claw grip.

A work glove (1,100,1000) for magnetically attracting and retaining one or more work items, the work glove (1,100,1000) comprising: a glove body configured to receive a wearer's hand in use, the glove body having a back surface (2,200,2000) arranged to overlie the back of the wearer's hand; and a multi-layered pouch (4,400,4000) attached to the back surface (2,200,2000) of the glove body, wherein the multi-layered pouch (4,400,4000) comprises: a magnetic layer (6,600,6000) composed of a magnetic material; a covering layer (5,500,5000) arranged to contact the one or more work items; and a plurality of magnets (8,800,8000) or ferromagnetic bodies located between the magnetic layer (6,600,6000) and the covering layer (5,500,5000), each of the magnets (8,800,8000) or ferromagnetic bodies being magnetically attached to the magnetic layer (6,600,6000) or ferromagnetic bodies layer, wherein the magnets (8,800,8000) are arranged in spaced relationship.

Apparatus, systems, and methods for preventing fluid from entering an interface are provided. For example, a strap is provided for preventing fluid from entering an interface. The strap comprises a first layer comprising an elastic material and a second layer comprising a superabsorbent material. The strap extends about or around a first material at a position at or near an interface between the first material and a second material. The interface may be an interface between a surgical gown and a surgical glove worn by a healthcare provider, and the strap may extend about the gown at a position at or near the glove. In some embodiments, the strap comprises an absorptive facing and an elastic laminate. The absorptive facing comprises a carded web containing superabsorbent fibers. Further, the absorptive facing and elastic laminate form a stretchable material having absorptive properties.

Gloves including one or more layers having at least one radar detectable mark formed of radar detectable material and/or an infrared detectable mark formed of infrared absorbing ink disposed on the surface thereof are provided.

A knife assembly includes a knife blade having a stop and a receiver having a cavity for receiving a portion of the knife blade. In some implementations the receiver is secured to a glove, and in other implementations it is secured to a knife handle. The receiver includes a retainer biased toward a retaining configuration in which the retainer engages the stop to prevent the portion of the knife blade from being removed from the cavity. An opening in the receiver provides access to the retainer. The opening is positioned such that a force may be applied therethrough to overcome a bias of the retainer and adjust the retainer to a non-retaining configuration, allowing the portion of the knife blade to be manually removed from the cavity.

An apparatus for providing a seal between a sleeve of a garment and a glove, the apparatus including a cuff body and a glove insert, the cuff body comprising a surrounding wall which defines an internal space, and the cuff body having a first distal open end and a second distal open end, the first distal open end comprising a resiliently deflectable sealing lip, which defines an opening of said first distal end, the glove insert is hollow and has a respective opening at each distal end, the glove insert comprises an outer surface which is provided with a locating channel which extends around the outer surface, the cuff body arranged for attachment to the sleeve of a garment, and the glove insert arranged to be inserted inside a glove, the sealing lip arranged to resiliently engage with glove material within the locating channel and thereby seal against the glove material.

A magnetic golf glove with a ball marker is provided. The glove includes at least three magnets. Two of the magnets form a magnetic closure that secures the glove to the user's hand and wrist. The third magnet forms at least part of the ball marker. The third magnet may be secured to the first magnet to secure the ball marker to the glove for easy access. The ball marker may be detached from the glove for use in marking a location of the user's golf ball. The ball marker may also be secured to any ferromagnetic surface of the glove or any other object.

A self-defense glove providing discreet, yet effective personal protection is disclosed. The glove integrates a concealed, rapidly deployable spike mechanism within its structure. A metal grommet positioned between the thumb and index finger leads to an internal cylindrical chamber housing a retractable metal spike. The spike features a pointed end for defense and a flat metal head for deployment. A magnetic system embedded in the glove's palm enables quick activation. In threatening situations, the wearer can deploy the spike by a simple hand movement, causing it to protrude vertically from the palm. The design prioritizes user safety, ease of concealment, and rapid deployment. Constructed with durable materials, these gloves offer a balance between everyday wearability and robust self-defense capability, providing an inconspicuous yet readily available means of self-defense.