A weightlifting glove and hook assembly for supporting a weight while weight lifting includes a glove body that has a top end, a bottom end, a palm side, an outer surface and an inner surface. The top end and the bottom end are positioned on opposite ends of the glove body such that the glove body is positioned between the top end and the bottom end. A padding is attached to and covers the inner surface. The top end includes a plurality of finger sleeves. The bottom end has a cuff portion that is open for receiving a wrist. A support rod releasably engages two of the finger sleeves and extends forward of the palm side. The support rod has a receiving space to partially extend around a weightlifting bar.

An improved work and sports glove system comprising a shaped and padded palmar component with four finger sleeves and a thumb sleeve attached to the palmar component. Attachment points are mounted to the dorsal sections of the four finger sleeves and thumb sleeve where molded perspiration absorbing materials may be removably attached to the attachment points. The molded perspiration absorbing material may be shaped so as to create a squeegee-like blade at one end, and the material may be customized in the form of differing colors and having objects such as letters to provide users of the system the opportunity to design and personalize a set of gloves. The improved work and glove system may include a shaped dorsal hand component which covers the back of the hand so as to create fingerless workout gloves or standard work gloves to provide a more efficient and disposable perspiration absorbing system.

A load-assisting glove is an apparatus that assists users with the load from a handheld tool such as a shovel. The apparatus may include a work glove and a bracing socket. The work glove maintains the bracing socket at an ergonomic position adjacent to the user's arm. The bracing socket lessens the amount of grip needed to work with the handheld tool. The work glove includes a wrist opening, a palmar portion, and a dorsal portion. The wrist opening enables the user to put on the work glove. The palmar portion protects the palmar area of the hand, while the dorsal portion protects the dorsal area. The bracing socket includes an open socket end and a closed socket end. The open socket end enables the end of the tool handle to be inserted into the bracing socket, while the closed socket end keeps the handle end within the bracing socket.

An apparatus to facilitate weight lifting exercises is disclosed. The apparatus includes a palm plate having a hook portion configured to receive a weight bar. A detent is rotationally connected to the palm plate and configured to constrain the weight bar within the hook member in a closed position. An optional thumb lever may be connected to the detent to facilitate opening and closing the detent.

A mobile phone anti-drop and anti-theft protection system. The system includes a phone attachment glove, a mobile phone case for seating a mobile phone, and an inseparable attachment between a palm region of the phone attachment glove and the mobile phone case. Methods of using the system are also provided.

A system for the attachment of small tools and utensils to the wearers fore arm. The system provides improvements in the field of cosmetics by allowing easier access to the practitioner's tools.

A glove includes: a palm; a suction cup coupled to the palm; and a suction releaser coupled to the suction cup. A method includes: positioning a suction cup over a drain, with the suction cup being coupled to a palm of a glove; and plunging the drain via the suction cup.

A method includes providing a strap having a length enabled to encircle one side of a user's hand and tricep area when the user's elbow is bent at 90, and creating a loop with the strap. The loop closing with a buckle, and positioning the inside of one end of the loop around a ventral or dorsal portion of a user's hand or fingers. A step is provided for positioning the inside flat surface of a second end of the loop around at an area at a back side of the user's upper arm, above the elbow, with the elbow bent at approximately 90 degrees. The strap is then tightened to achieve an effective stretch as determined by the user and the stretch may be held for a determined amount of time thereby increasing strength and flexibility and lessen pain in the user's hand, wrist and forearm.

An electronic device holding system for inhibiting an electronic device from being dropped includes an electronic device and a glove that is selectively worn. A receiver is coupled to the glove and a mounting unit is removably coupled to the electronic device. The mounting unit releasably engages the receiver to retain the electronic device on the glove. In this way the electronic device is inhibited from being dropped when the glove is worn.

Methods, apparatuses, assemblies, and/or the like are provided. In various embodiments, a wearable assembly may include a single piece glove including one or more layers of fabric. The one or more layers of fabric may define a first elongated side, a second elongated side, a hole disposed between the first elongated side and the second elongated side, the hole being configured to receive a thumb of a wearer, a button mount region defined between the second elongated side and the hole, the button mount region configured to engage a button assembly, a first opposed end, and a second opposed end. In some embodiments, the first elongated side and the second elongated side each extend between the first opposed end and the second opposed end. In some embodiments, the second elongated side defines a concave portion defined between the button mount region and the second opposed end.