A bathing wand (10) can include a handle (24) including a grasp (20). The grasp (20) can include a first section (34) and a second section (36). The first section (34) and the second section (36) can form a loop hole (38) configured to receive a user's hand. The bathing wand (10) can also include a wand head (12) and a bathing implement (16). The bathing implement (16) can be coupled to the wand head (12). In some configurations, the bathing wand (10) can include a vertebrae system (30).

A tool including a handle, a head, and a flexible shaft including a plurality of shaft members each connecting the handle with the head. The shaft members include at least one fixed shaft member and at least one floating shaft member. Each of the fixed shaft members is fixedly connected with both the handle and the head, and each of the floating shaft members is reciprocably connected with at least one of the handle and the head.

A tool including a handle, a head, and a flexible shaft including a plurality of shaft members each connecting the handle with the head. The shaft members include at least one fixed shaft member and at least one floating shaft member. Each of the fixed shaft members is fixedly connected with both the handle and the head, and each of the floating shaft members is reciprocably connected with at least one of the handle and the head.

A dustproof structure of a hand tool includes a tool body and a dustproof element. The tool body has a shank. A predetermined portion of the shank is concavely provided with a through hole. The dustproof element is flexible, is provided at the through hole of the shank, and can be opened and closed. The dustproof element closes the through hole when not subjected to an applied force and is elastically deformed to render the through hole into an open state when subjected to the applied force. In normal conditions, therefore, the dustproof element can block foreign matter from entering the through hole. When it is desired to perform a lubricating or adjusting operation on a component in the through hole of the hand tool, the operation can be carried out after directly applying a force to, and thus deforming, the dustproof portion, without having the dustproof element removed.

A hand tool apparatus is disclosed as providing an elongate, adaptive ergonomic handle portion. In at least one embodiment, the handle portion provides a pair of opposing handle ends. At least one of the handle ends provides an instrument portion. An at least one bendable core is positioned between the handle ends, the at least one core capable of being selectively bent into a variety of desired shape configurations, and substantially maintaining those shape configurations until the core is intentionally bent into a different desired shape configuration. As a result, the handle portion is capable of ergonomically conforming to a hand of a user while shifting a weight of the apparatus and encouraging proper positioning of the instrument portion during use of the apparatus, regardless of the specific procedure to be performed using the apparatus.

A hand tool apparatus is disclosed as providing an elongate, adaptive ergonomic handle portion. In at least one embodiment, the handle portion provides a pair of opposing handle ends. At least one of the handle ends provides an instrument portion. An at least one bendable core is positioned between the handle ends, the at least one core capable of being selectively bent into a variety of desired shape configurations, and substantially maintaining those shape configurations until the core is intentionally bent into a different desired shape configuration. As a result, the handle portion is capable of ergonomically conforming to a hand of a user while shifting a weight of the apparatus and encouraging proper positioning of the instrument portion during use of the apparatus, regardless of the specific procedure to be performed using the apparatus.

A hammer (1) for use in shape processing of a silicon block is a hammer for crushing a silicon block so as to carry out shape processing with respect to the silicon block, the hammer including: a handle (10) made of a resin; and a hammer head (20) fixed to the handle (10).

A hammer (1) for use in shape processing of a silicon block is a hammer for crushing a silicon block so as to carry out shape processing with respect to the silicon block, the hammer including: a handle (10) made of a resin; and a hammer head (20) fixed to the handle (10).

The present invention relates to a tight space wrench device comprised of a wrench member attached to at least one chain with at least one loop that functions as a handle. The wrench member may have any wrench head known in the art that can be positioned on a fastener. The chain can then be positioned in any area away from the fastener wherein a user can comfortably grip the loop without the risk of injury to their hand. Then, a user can pull the chain to rotate the wrench head clockwise or counterclockwise.

A braided hammer handle assembly for reducing impact energy transferred from a tool to a user includes a head that has a striking surface to deliver a blow when the head is swung. The head has a handle hole extending therethrough and a handle extends through the handle hole in the head for swinging the head. The handle is comprised of a braided cable such that the handle is resiliently flexible. In this way the handle can absorb impact energy when the head strikes an object thereby enhancing comfort for a user. A grip is positioned around the handle to enhance comfort for the user.