Implementations of a flashlight assembly having a padded article of manufacturer configured to secure a lighting to the back of a wearer's hand and to secure a switch to activate the light adjacent a user's index figure with at least a portion of the wearer's hand and fingers exposed is provided.

A golf glove employing a cleaning member includes a palm portion and an opposing back portion having an opening for receiving the cleaning member. The cleaning member may be fixedly connected to the back portion of the glove. A flap member attached to the back portion of the glove is positionable between a closed position, in which the flap member overlays at least a portion of the cleaning member, and an open position, in which the flap member is displaced from the back portion of the glove to provide access to the cleaning member.

A tire tread depth measurement system includes a scanner and smart phone that fit into the palm of a user either directly or attached to a glove. The technician obtains tread depth data by moving her hand holding the scanner over a tire profile. The scanner communicates with a nearby control box that uploads the data to a server for determination of tread depth, tire wear pattern and wheel alignment. The tire tread analysis is downloaded to the control box and reported to the technician via the smart phone. The smart phone is programmed to identify the vehicle and related information about it based on the license plate or vehicle identification number by interpreting the license number or VIN and interrogating various data bases via the internet. Wear and analysis results are forwarded for printing the entire report.

A mobile phone anti-drop and anti-theft protection system and related method, comprising: a phone attachment glove configured to fit over at least the entire palm of a user's hand; a mobile phone case into which a mobile phone with a touch screen can be securely seated; an inseparable attachment between a palm region of the phone attachment glove and the mobile phone case; and the inseparable attachment not being over any portion of a finger region of the phone attachment glove.

A method includes identifying one or more wet spots at an initial position. The method also includes configuring a glove at a position above or around the one or more wet spots. The method also includes attaching a disk of absorbent material onto the glove, wherein the disk is positioned in a center region, wherein the disk and glove are configured to protect a hand of a user at one or more intervals. The method also includes positioning the combined glove and disk on the one or more wet spots to absorb the one or more wet spots at the initial position.

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.

Hand wearable support for a bar code scanner comprises back and front sides. The front side includes a V-member, first and second harness straps attached thereto extending away from each other at an angle, and means along the V-member for releasably attaching the front to the back side of the support which further comprises a back of the hand portion, a thumb portion, a trigger attachment portion, and first and second strap attachment portions each including a buckle. The first and second harness straps of the front side include a tongue portion for threading through the first and second buckle and folding back to releasably attach to itself. Releasable attachment of a trigger device, bar code scanner attachment, and bar code scanner to trigger attachment portion, bar code scanner attachment portion, and bar code scanner attachment portion, respectively, forms a bar code scanner assembly in the form factor of a support wearable by a user to perform scanning operations.

An assembly includes a magnet, a pouch into which the magnet is provided, and sand in the pouch that embeds the magnet. The assembly is to be used in an open palm with the north-south poles of the magnet being parallel to arteries in the open palm and positioning the open palm parallel to the ground. The pouch may be integrated into a wearable hand covering that properly aligns the magnet with the palm of a user when worn.

A wearable device (200), including a glove (202) or a bracelet (204) or a ring (206), adapted to be worn by a user of a hand-held power tool (100) on or close to a hand (10) of the user while holding the power tool (100) with the hand (10), having a support structure (212; 214; 218) adapted to be releasably attached to the user's hand (10) and at least one sensor device (208) held by the support structure (212; 214; 218), and being configured to detect an operational status of the power tool (100) held by the user when using the power tool (100) and also configured to generate and output at least one sensor signal (210) indicative of the detected operational status of the power tool (100).

A veterinary glove (9) for use in rectal ultrasound examination of a large animal by means of an ultrasound transducer. The glove (9) has a fluid tight glove wall (15) defining a hand receiving glove body (10) for receiving a hand of a person performing the examination together with the ultrasound transducer. The glove (9) comprises a palm portion (12) integral with a thumb finger pocket (18a), an index finger pocket (18b) and one or more additional finger pockets (18c, 18d, 18e), and the glove wall (15) further defines an ultrasound transducer pocket (22) integral with the palm portion (12) and communicating with the inside of the glove (9), the elongated transducer pocket (22) extends either i) between the thumb finger pocket (18a) and the index finger pocket (18b) or ii) being arrangeable to extend between the thumb finger pocket (18a) and the index finger pocket (18b).