Embodiments of a glove including a cut out portion and a reinforcing panel are described herein. In many embodiments, a glove comprises a glove body with a dorsal side, a palmar side, a plurality of finger portions, a thumb portion, and a wrist portion. The wrist portion defines a glove opening in communication with an interior portion defined within the glove body. A reinforcing panel is secured on an outer surface of the glove body between the thumb portion and the wrist portion. A cut out portion defines an opening formed through the reinforcing panel and in communication with the interior portion of the glove body to minimize bunching up of the glove body. Other embodiments of gloves are described herein.

A covering designed to fit over all or part of a person's hand which contains one or more openings is provided. The opening(s) allow a person to use their thumb and/or fingers while still wearing the covering. A method of making the covering and tools for making the covering are also provided.

The present invention relates to a device and a method associated with the device. With respect to the device, it is a wearable garment for the hand, wrist, and/or forearm with an embedded array of lights; one or more micro processing units; one or more touch or pressure activated switches, buttons, or toggles; one or more motion sensing mechanisms; and one or more wireless transmission components which is capable of receiving and transmitting information to a mobile computing device. A wireless transmission device is also disclosed which is attached or embedded in a vehicle connected to the turn signaling system. The mobile computing device such as a smartphone or GPS unit tracks the wearer's location and route and transmits a signal to the wearable garment when a turn approaches causing haptic feedback vibration to the wearer and activation of the embedded lights on the appropriate side. The wearable garment also transmits and receives signals from the wireless transmission device in the vehicle which activates or deactivates the turn signals on the vehicle when the wearable garment's lights and haptic feedback mechanisms are activated or deactivated, and reciprocally the lights and haptic feedback systems on the wearable garment when the turn signal on the vehicle is activated or deactivated. The wearable garment signaling system may be activated by the user's hand/arm motions, by actuation of embedded switches, buttons, or toggles, or by signal from the mobile computing device.

An illuminated glove assembly includes a glove and an illumination data controller. The glove has a body portion, a longitudinal glove axis, a pointer extension, a pinky extension, a wrist strap and a pocket portion. The wrist strap is positioned at a proximal end of the body portion. A securing mechanism is connected to the wrist strap and the pointer extension and pinky extension extend from a distal end of the body portion. The pointer extension is positioned on a first side of the longitudinal axis and the pinky extension is positioned on a second side of the longitudinal axis. The pocket portion is secured to and defines a pocket with the body portion. An opening of the pocket is defined proximate the distal end of the body. The illumination data controller is configured for selective mounting in the pocket and includes a housing with a front face.

A hand cover system can include: an exterior structure including a finger sheath and a thumb sheath; a sealing structure coupled to the finger sheath of the exterior structure, the sealing structure including magnets, the sealing structure enabling an open configuration and a closed configuration; and wherein: the open configuration includes the sealing structure split apart and the exterior structure folded back on itself for allowing a user's hand to be exposed from between the sealing structure, and the closed configuration includes the magnets of the sealing structure maintaining the sealing structure together for covering the user's hand.

The fourchette structure in a glove is fabricated from the finger structure resulting in a glove having fewer seams, shorter seams and is more readily manufacturable using conventional materials. The resulting glove is more comfortable and is less prone to failure along its seams.

A sports glove(s) for self-defense against human and animal predator(s) that includes a striker plate that is fixed to and becomes a component, part of the self-defense system, especially useful for runners to defend against human or animal predator(s), particularly useful for females and others of slight build and strength, while engaged in the sport of running. Using the Runner's Self Defense System does not interfere with runner's personal sport objectives, nor does it impose a safety threat to the runner but becomes part of standard and normal running apparel. The glove can be finger-tip less (opened fingered) or a complete glove. The glove palm includes a separate interior palm liner to anchor an appendage of the striker plate. The glove back side is furnished to allow efficient air circulation to keep hands cool. The striker plate inside the glove is lightweight yet dense, having finger holes, aligned for finger passage through the striker plate and glove simultaneously, while the palm support appendage provides rigid protection of the fingers when the hand is fully closed in a fist position. It is the interaction of, glove fixed to striker plate then fitted to fingers, that do secure the system in place while defending oneself, or not, without interruption, distraction, discomfort, or thought, the glove to the hand, acting as one, while engaged in the sport of running.

A foam hand is provided with the fingers and thumb extended outwardly in an open hand gesture. The hand includes a plurality of openings or slots into which the fingers and thumb can be selectively inserted for retention, and thereby configure the hand in multiple gestures. The base of the hand includes a slot or pocket into which a user can insert his/her hand so as to wear the foam hand over their own hand.

A skin care mask glove is disclosed. The skin care mask glove comprises a glove portion. The glove portion includes an opening section, a hand section, a thumb section and a set of finger sections. The opening section includes an opening configured for receiving a hand and a tightening strap for tightening the opening section after a hand is inserted. The thumb section includes a first perforated line and a removable thumb end-portion. Each of the finger sections includes a second perforated line and a removable finger end-portion. The removable finger end-portions are connected via connector fabric. The glove portion is constructed having, among other things, a first outer layer, a first inner layer and a layer of a first skin care product.

A sensitivity enhancement wearable having at least one aperture possessing unique attributes so that a sensitivity enhanced region of a body extends through the aperture thereby creating increased sensitivity in the sensitivity enhanced region.