A back part 8 of a glove 2 includes an inside part 14, an outside part 16, a slit 18, a first belt 12, and a second belt 20. The inside part 14 includes a first fastener piece 26. The first belt 12 includes a second fastener piece provided on a reverse side and a third fastener piece 32 provided on an obverse side. The second belt 20 includes a fourth fastener piece 36. The first fastener piece 26 and the second fastener piece can be engaged with each other. The third fastener piece 32 and the fourth fastener piece 36 can be engaged with each other. The fourth fastener piece 36 and the first fastener piece 26 can be engaged with each other.

A sport glove is such that a notched portion that also serves as hand insertion portion is provided at a lower portion of the back portion in such fashion as to cover neither the radiocarpal joint nor the midcarpal joint of the wearer, a tip end portion of a tightenable strap being removably retained at the back portion, and a base end of the tightenable strap being secured to a side end of the pinky finger sheath portion at the palm portion, in such fashion that neither the radiocarpal joint nor the midcarpal joint is covered by the tightenable strap. Because neither the radiocarpal joint nor the midcarpal joint—these carrying out flexion and extension and lateral bending of the hand of the wearer—is covered, there is no occurrence of sensation of pressure from the back of the glove to these joints.

An absorbent wristband apparatus is provided. In some embodiments, the apparatus may comprise a body with a first end and a second end. The body may be formed into a hollow cylindrical shape with a first opening at the first end and a second opening at the second end. A cavity may be disposed in the body and may be continuous between the opening at the first end and the opening at the second end. A first elastic element may be coupled at a first end of the body and a second elastic element may be coupled at a second end of the body. The apparatus may also comprise one or more fasteners such as a loop fastener and/or a button fastener which may preferably be coupled to the body proximate to an elastic element and/or proximate to an end.

A heat resistant glove for handling heated objects includes a shell that is flexible and hand shaped. The shell has a second end that is open, such that the shell is configured to receive a hand of a user. A first fastener is coupled to the shell proximate to the second end. A flap has a first edge that is coupled to the shell proximate to the second end. A second fastener, complementary to the first fastener, is coupled to the flap. The second fastener is positioned to couple with the first fastener to compress the second end of the shell around a wrist of the user. A guard that is coupled to a bottom face of the shell is positioned such that heated objects can be held in the hand of the user when the hand is positioned in the shell.

The present disclosure relates to a glove system which can shield a portion of the hand from the capacitive sensors of the touch screen, while allowing for direct touching of the screen by desired exposed portions of the hand or capacitive resistance portions of the glove. This glove system can include grip portions which have alternative materials which can selectively increase or decrease the coefficient of friction between the surface and the glove. The glove can also include finger apertures at a tip portion of the glove so as to facilitate direct touching when desired.

A glove made from a reinforced multilayer material can prevent cuts and/or abrasions. The glove can include and exterior layer and at least one interior layer, the interior layer consisting of an ultra-high molecular weight polyethylene filaments. While the interior layer can entirely cover a hand of a wearer of the glove, the exterior layer does not cover the index finger of the wearer, such that the wearer's dexterity, precision, and sensitivity in their index finger are improved.

The relay race gloves are provided to each runner participating in the relay race. That being said, there are a plurality of relay race gloves included, and each relay race glove is able to detect the presence of one another via a contact sensor. The contact sensor is ideally provided on a palm surface of the respective relay race glove such that during a relay race the two runners would simply touch each others hands in a manner consistent with a palm-to-palm clap in order for the contact sensors to detect one another, and initiate an alarm sequence. Each relay race glove includes a processing member that is wired to the contact sensor. The processing member is also wired to a transmitter, a receiver, a powering member, and a speaker.

Disclosed is a glove intended especially for racket sports, allowing the almost total preservation of sensations when an object is being held. The glove is open up to the distal phalanges of the fingers in order to preserve maximum contact with a handle, and has gripping material on the fingertips in order to optimise the gripping of the handle and prevent the glove from slipping around the fingers. An elastic part surrounds the wrist, with anti-slip properties on the side next to the skin for better hold. A part covers the entire back of the hand with stretchable material adapted to the temperature, double-fibre material allowing moisture to be transferred outwards and then absorbed. Elastic is provided at the base of the palm (opening side), allowing the hand to close more easily around the handle. The glove is intended, in particular, for any person needing to cover only the back of the hand.

A glove includes a main body that defines an interior space that is operable to receive at least a portion of the hand of the wearer. The main body includes an opening that divides the main body into a first portion and a second portion. The glove also includes a hook-and-loop fastener that includes a hook member and a loop member. The hook member and the loop member are operable to removably attach to each other. One of the hook member and the loop member is operably supported on the first portion of the main body, and the other of the hook member and the loop member is operably supported on the second portion of the main body. At least one of the hook member and the loop member is divided into a plurality of respective sections that are separated at a distance from each other.

An object of the present invention is to provide a glove in which a hand can be easily inserted and removed through an opening and which is less likely to shift from a suitable position when the glove is in a wearing state. An aspect of the present invention is a glove including: a glove main body having an opening through which a wearer's hand is able to be inserted and removed and a notch which extends from the opening toward a fingertip side, the glove main body covering the hand; a tongue piece, one end of which is fastened to the glove main body on a dorsal side of the hand with respect to a palm surface and on a thumb side with respect to the notch, and an other end of which is a free end; and a restricting portion which is fastened to the glove main body and is capable of restricting movement of the free end of the tongue piece on the dorsal side of the hand with respect to the palm surface and on a pinky finger side with respect to the notch, wherein on the dorsal side of the hand with respect to the palm surface and on the thumb side with respect to a middle finger, the notch extending from the opening toward the fingertip side is formed in the glove main body, and the restricting portion is configured to enable restricting such that the free end is positioned on the fingertip side with respect to the one end of the tongue piece.