Abstract: A handle for tape dispenser includes a plastic grip formed via a first time injection molding. The grip is provided at front and rear sides with shallow recesses that have smoothly curved profiles and predetermined depths. The grip is then positioned in a forming machine, so that two covers formed from a thermally plastic rubber material via a second time injection molding are set in the shallow recesses to tightly attach to the plastic grip, enabling comfortable and stable holding of the tape dispenser at the grip without unwanted sliding of the handle relative to a user's hand. Etched patterns, densely distributed dots or other grains may be formed on outer surfaces of the rubber covers to provide enhanced grip resistance.

Abstract: A grab handle assembly for an interior of a motor vehicle includes a headliner disposed in the interior of the vehicle for mounting to a vehicle body of the motor vehicle. The headliner has a recess. The grab handle assembly also includes a grab handle disposed in the recess and spaced from the vehicle body to absorb energy when impacted.

Abstract: A device, method and system for a secure, comfortable grip on a railing or other hand support system. The device includes a skin layer permanently adhered to a 4-way stretchable material layer. The 4-way stretchable material layer is releasably adhered to a railing or other hand support system. A backing layer between the skin layer and the 4-way stretchable material layer can be inserted for greater comfort and friction. The grip of the present invention is designed to be releasably attachable to the railing or other hand support system.

Abstract: A power tool user pressure abatement system may include a soft, cushioning material configurable to a tool such as a power tool, including a power drill, such that the material remains in position between the tool and a user's contacting hand, thereby minimizing impact forces and pressures imparted during tool use. In at least one embodiment, a unitary piece of cushioning material such as neoprene may be cut or slit appropriately in order to facilitate quick placement of the material onto the tool, retention of the material in an effective position during tool use, and quick removal thereof. Associated methods are also disclosed.

Abstract: A handle structure for a container tool includes a handle having an arched shape to facilitate gripping, and an arched section in the middle thereof, a plurality of positioning blocks integrally projecting from the arched section of the handle, and a non-slip layer wrapping around the arched section such that the outer surfaces of the positioning blocks are exposed from the non-slip layer. The outer surfaces of the positioning blocks are flushed with the outer surface of the non-slip layer therearound. The positioning blocks can position the non-slip layer on the arched section.

Abstract: A handle for a hand-held or operated object or appliance comprises a main body (4) of a rigid material and a separate moulding insert (14) which can be fitted on the main body and having a raised pattern or shape (“HO”) including at least one element thereon of closed form, the insert (14) defining therein or defining with the main body a bore or bores (18, 24) which communicate with the interior of the element of closed form, through which a soft plastics material such as an elastomer being overmoulded on the handle can flow.

Abstract: A drill/driver is provided that includes a housing, a collar mounted at a front portion of the housing, a side handle mounting area provided forward of the collar, a handle mounted to the side handle mounting area, and a chuck mounted forward of the side handle mounting area. With the side handle mounted in front of the collar, easier access to the adjusting collar and easier reading of the collar settings is achieved.

Abstract: A cushioning device (10, 10.

Abstract: The present invention relates generally to a cushioning device that is adapted to retain a flowable medium to provide a cushioning effect. The cushioning device has a cushioning member having a deformable bladder member defining a medium chamber and a flowable medium, such as a fluid, retained in the chamber. The cushioning member is adapted to be mounted onto an article to thereby provide a cushioning effect for a user. The cushioning device can optionally have a support element to provide an additional cushioning effect. The present invention also relates to a cushioned article that has a finger-held or finger-manipulated article on which the cushioning device is mounted to provide a comfortable finger grip for a user. The cushioned article is so formed that it can fit within the user's finger grip and that the inflated bladder member can be deformed by the user's fingers or fingertips.

Abstract: A shaving razor having a razor handle comprising an extruded substantially rigid inner core and a compatible covering layer over the rigid inner core except for a select region at which an exposed portion of inner core is provided. A marking, such as printed matter and/or any other type of indicia, may thereby be readily provided on the inner core rather than on the covering layer. The marking is preferably provided on a flat surface of the handle. Additionally, the razor handle may be formed by an extrusion process utilizing a die set which forms a handle with a cross-section which is at least partially asymmetrical.

Abstract: This disclosure relates to a method for making a polymeric article mold, a method for making a polymeric article with that mold, and improved surface topography features for a polymeric article. A prototype article is formed and then coated with a thin conductive layer. The coated prototype article is then electroformed until nickel plated to a sufficient depth to define a nickel plating tool. After the prototype article has been removed from the mold face of the nickel tool, the tool can be used as a mold for forming finished polymeric articles which replicate the original prototype article. The use of fine topography features such as a dense upstanding stem array on the surface of the prototype article facilitates accurate and complete electroforming by increased surface area presentation. The disclosure also presents improvements to microreplicated surface structures such as stem arrays.

Abstract: A handle includes an elongate member having two ends coupled to two links with two anchor straps, a covering member engaged around the elongate member and having two end ears engaged over the anchor straps and secured to the anchor straps with fasteners. A cushioning member is engaged between the elongate member and the covering member for forming a comfortable grasping structure. The fasteners may also be engaged through the cushioning member for further solidly securing the covering member and the cushioning member together.

Abstract: A vehicle door guard apparatus for providing protection against damage to a door exterior due to impact with outside objects. The apparatus includes a door handle pivotally attached to a vehicle door and pivotally attached to a first end of a rod using a pivot. A second end of the rod is fixedly connected to a vehicle body, wherein when the vehicle door is opened, the door handle is caused to be rotated outwards to protrude from the vehicle door.

Abstract: A cushioning device (10, 10.

Abstract: A plastic handle structure of a clamp tool, wherein, a hard plastic layer is provided on the two lateral edge areas of the bottom plate thereof with two lateral edge portions for a fitting-over portion, and the opening of the fitting-over portion per se is provided with two lateral edge portions, the top of the hard plastic layer is cut to open. A transversely directed die block for shaping the fitting-over portion fills soft plastic material in the lateral edge portions for the fitting-over portion, the lateral edge portions of the fitting-over opening and the top cut portion during a soft plastic layer enveloping process, enveloping and filling processes of the soft plastic layer are thus completed, and the structure of the fitting-over portion can be shaped. In the entire operation for the plastic handle, the hard plastic layer can be molded from an upper and a lower die in order to reduce the waiting time to do the enveloping process of the soft plastic layer.

Abstract: A carrying case for electronic equipment, such as a portable computer, includes back, front, top, bottom and side walls defining an interior including a compartment for receiving electronic equipment defined between a wall surface and a floating panel of the carrying case. The floating panel is selectively movable linearly toward and away from the wall surface to adjust the size of the compartment in accordance with the size of the electronic equipment received therein. A securing mechanism within the interior resiliently biases the floating panel toward the wall surface and provides a shock or impact absorbing effect for the electronic equipment. The carrying case has a handle including first and second handle portions rotatable between an engaged position wherein the handle portions are in abutment and a disengaged position wherein the handle portions are separated from one another. The first and second handle portions are configured to automatically matingly engage one another when rotated into abutment.

Abstract: A plastic handle structure of a clamp tool, wherein, a hard plastic layer is provided on the two lateral edge areas of the bottom plate thereof with two lateral edge portions for a fitting-over portion, and the opening of the fitting-over portion per se is provided with two lateral edge portions, the top of the hard plastic layer is cut to open. A transversely directed die block for shaping the fitting-over portion fills soft plastic material in the lateral edge portions for the fitting-over portion, the lateral edge portions of the fitting-over opening and the top cut portion during a soft plastic layer enveloping process, enveloping and filling processes of the soft plastic layer are thus completed, and the structure of the fitting-over portion can be shaped. In the entire operation for the plastic handle, the hard plastic layer can be molded from an upper and a lower die in order to reduce the waiting time to do the enveloping process of the soft plastic layer.

Abstract: A tool handle having a central gripping portion joined with a pair of opposed fastening portions. The gripping portion has an internal shell with an overcoating. The overcoating is two-part having first and second external sections having at least one different characteristic. The first overcoating section is applied in a first mold and thereafter the resulting structure is placed in a second mold wherein molding material is flowed through a channel in the interior of said shell from an underside of the handle to an exterior surface of the shell. The first and second sections cooperate to produce a continuous overcoating having sections with different characteristics that are free from molding blemishes.

Abstract: A device for engaging an elongate article, such as a pipe or cable, for displacing the article longitudinally, comprises a tubular body formed of a plurality of longitudinal parts arranged to be opened apart and then closed together around the elongate article, and at least one collar formed of a plurality of parts carried by respective parts of the tubular body. The collar has a radially inner surface to form an interference engagement with the outer surface of the article, and a radially outer surface to engage the inner surface of the tubular body. The outer surface of the collar and/or the inner surface of the tubular body is tapered towards the trailing end of the device.

Abstract: A coated rod-like handle, and an apparatus and method of molding a protective coat on a portion of a rod-like handle. The method includes the steps of: (1) providing a mold having at least one projection extending radially inwardly from an inside wall of the mold and so positioned and configured to support the portion of the rod-like handle placed concentrically inside the mold and to prevent the said portion of the rod-like handle from deforming laterally during an injection molding cycle; and (2) injecting a molding material under pressure through an inlet in the mold so as to form a protective coat on and about the said portion of the rod-like handle.

Abstract: The invention provides a grip for a handle or shaft including (a) core means (10) adapted to be fitted to the handle or shaft, and (b) a strip of material (22) to form the outer surface for the grip, to be wound around the handle or shaft and/or said core (10) to provide, in use, a wound grip. The core means (10) has a first end (16) and a second end (11) and a body (14) therebetween. The core means also has a peripheral flange at the second end (11) in the form of a skirt (12) which is adapted, in use, to be flexed over the wound strip (22) to prevent unwinding thereof from the handle or shaft and/or the core means (10).

Abstract: A caulk gun handle cushion assembly system that includes cushions, conformably securable to the front and back hand grips, of a caulk gun handle assembly for minimizing the compression forces generated against the interior of the user's hands during long periods of use. Each of the front and back hand grip cushions has a receiving cavity lined with an adhesive layer for permanently bonding with a respective front and back hand grip of the caulk gun handle assembly.

Abstract: A sterile, disposable, plastic handle for use in manipulating a lamp above an operating table. The light handle has a threaded end upon which a flexible shield is threaded. The handle has a threaded end and a closed end. The handle and shield come fully assembled, and the shield is of such flexibility that it can be folded down around the handle during packaging as a way to save space and to prevent breaking or cracking of the shield. Two assembled handle and shield units are packaged together with the shields folded down.

Abstract: The invention concerns a rock drill handle which is connectable to a hand-held rock drill and which includes vibration damping means to damp the transmission of at least back and forth vibrations from the drill to the hand of an operator gripping the handle. In the preferred embodiments, the handle comprises operatively forwardly located connecting means connectable to the backhead of the drill, an operatively rearwardly located handle section and at least one linking section which extends rearwardly from the connecting means to the handle section, the linking section including damping means.

Abstract: A drying sleeve is provided for a handle, such as a sports equipment handle. The drying sleeve has an open end, a closed end and an inner surface that define a cavity. An absorbent material and a containment material cover the majority of the inner surface to permit insertion and drying of the handle. A substantially moisture-proof outer cover covers the sleeve.

Abstract: A sterile, disposable, plastic handle for use in manipulating a lamp above an operating table. The light handle has a threaded end upon which a flexible shield is threaded. The handle has a threaded end and a closed end. The handle and shield come fully assembled, and the shield is of such flexibility that it can be folded down around the handle during packaging as a way to save space and to prevent breaking or cracking of the shield. Two assembled handle and shield units are packaged together with the shields folded down.

Abstract: Travel case pull handle having: a pair of C shaped tubular members connected on one longitudinal side by a hinge member, a centrally located bearing capable of retaining and L shaped arm, the arm terminating in a ball joint, the ball joint fitted into a ball socket, the ball socket connected to a handle, the handle being ergonomically shaped to fit a users gripped hand and having a downwardly extending portion which cradles the users fore finger and thumb, said C shaped tubular members having hook type fastener material on one outer surface and a pair of fabric loop fastener strips extending from said opposite C shaped tubular member, and the inside of said C shaped tubular members each having resilient compressible, longitudinally running strips.

Abstract: An ergonomic attachment for inline power tools reduces the forces, stresses, and tensions experienced by operators of inline power tools. The ergonomic attachment includes a removable attachment mechanism, which attaches to the base of the inline power tool. The attachment mechanism includes a bracket and a U-shaped member, which extends around the base of the inline power tool and is fastened to the bracket by fasteners to secure the attachment device to the inline power tool. Pivotally attached to the attachment mechanism is a padded ergonomic support member. The ergonomic support member includes an elongated horizontal portion and an inverted U-shaped portion. The attachment is spring loaded with a helical spring connected between the attachment mechanism and the support member. The spring forces the inverted U-shaped portion downwardly against the top of an operator's forearm.

Abstract: The present invention provides an ergonomical handle for a power tool that reduces the risk of injury to an operator's wrist or forearm by redirecting torsional forces to the operator's upper arm and reducing the force provided by the tool operator necessary to resist the torque produced by the tool. The handle includes a concave channel and a means for attaching the handle to a tool adjacent to the barrel of the tool, such as an annular collar with a substantially elliptical outer diameter. In a preferred embodiment, the channel includes an inner side wall and an outer side wall that are curved in a nonparallel fashion so as to mirror the planar and dorsal sides of a hand. In use, a tool operator inserts a hand into the channel. The side walls of the channel frictionally engage the operator's hand so that the operator may operate the tool without gripping the barrel thereof.

Abstract: A reconfigurable handle usable on a variety of implements and method of selectively reconfiguring a gripping surface of a handle are disclosed herein. The reconfigurable handle includes an elongate shaft extending along a central axis, segments retained on the shaft, and a locking mechanism for selectively retaining or releasing the orientation of the segments relative to each other by linear compression. In one preferred embodiment, the reconfigurable handle further includes an outer covering to form a semi-smooth gripping surface on the outer circumference of the handle, an endcap to keep the segments on the shaft, and an intermediate layer to further enhance the gripping capability of the handle. The segments move in at least one of an axial direction along the shaft, a non-axial direction perpendicular to the shaft, and a rotational direction around the shaft.

Abstract: The invention relates to a tool handle having a core that has a tool engaging end, an intermediate section, and a grip end. One or more rigid molded layers at least partially cover at least the intermediate section. The rigid molded layers include an outermost rigid layer having an undulated outer surface. The outermost rigid layer can include a portion that at least partially surrounds the grip end. In one aspect, that portion of the outermost rigid layer that surrounds the intermediate section is undulated and that portion of the outermost rigid layer that surrounds the grip end is free of undulations. The tool handles according to the invention dampen vibration that is transmitted from the impact end of the tool handle to the grip end that is held by the user. The invention also relates to impact tools having tool handles that dampen vibration before it is transmitted from the head to the grip section of the handle.

Abstract: An arrangement of frictional gripping zones on the handle of a power tool is disclosed. The power tool has a main body portion and a handle portion depending from the main body portion. The handle portion includes a first side region, a second side region opposite the first side region, a rear region connecting the first and second side regions along a rear of the handle portion, and a front region connecting the first and second side regions along a front of the handle portion. A plurality of alternating first and second gripping zones extend longitudinally along each of the first and second side regions of the handle portion. The first gripping zones are made the first gripping zones being made from a first material and the second gripping zones are made from a second material different from the first material. Preferably, the material of the second gripping zones have a hardness greater than the material of the first gripping zones.

Abstract: Dual layered hand grip coverings made of synthetic rubber by ejection molding and a link universally applicable to all hand tools are disclosed. The inner coverings are made of a hard material, while the outer coverings are made of a soft materials. The inner coverings are clad in the outer coverings directly at the time ejection molding process is carried out. A link is provided for the hand tool with its one end hinged to the inner covering of one hand grip, and the other end hinged to the inner covering of the opposite hand grip so that the hand tool may be conveniently put aside when not in use. Moreover, the two coverings are formed of differently colored materials so that purposely exposed portions of the inner coverings exhibit a strong color contrast with the outer coverings and a distinct identification marking.

Abstract: A handle for use in conjunction with a trowel or other tool having a tang for joining with the handle. The handle is constructed of a pair of shell portions that mate together to form a handle body. Each of the shell portions have radially inward extending members, such as flat annular or washer-shaped members, that have central openings. The openings align when the shell portions are mated and receive the tool tang to lock the shell portions together. A series of spaced ribs on each shell portion mates with opposed ribs and with the tang to strengthen the handle body. The exterior of the body is covered with a two-part, generally resilient and comfortable grip or cover. The cover is formed by first injection molding a part of the cover on the body. Thereafter, the body is placed in a second mold to mold the second part of the cover. Both parts of the cover extend to the surface and provide a difference in color, durometer or both.

Abstract: A unitary shell for encasing a hand tool includes an elongated hollow tubular sleeve having an open upper end for receiving and conforming to a tool handle. The upper end of the tubular sleeve includes a head portion which may be wrapped about a tool head. The shell allows a user to selectively cover a hand tool to minimize damage to surrounding objects if the tool collides therewith.

Abstract: A multicolored handle including a main body which is provided with a plurality of receiving slots in which a plurality of colored blocks and retaining rings are held securely in place such that the colored blocks and the retaining rings are level with the outer surface of the main body. The main body is different in color from the colored block and the retaining ring. The colored block is different in color from the retaining ring.

Abstract: The invention involves a multi-colored paintbrush handle having an axis (8), a first and a second extremity crossed by the axis (8), and an external grip surface (9) placed between said extremities, the handle including: a core (13) parallel to the axis (8), at least one colored raised part (14) emerging from the core (13) and externally defining at least one shaped section of the grip surface (9), and at least a first layer (16) of colored plastic material molded onto the core (13), the first layer (16) externally defining a main section (11) of the grip surface (9) and having a different color than that of the raised part (14).

Abstract: A handle has a body which is formed of two shell members such that the body is provided therein with a receiving space, and in the surface of a grip portion thereof with two slits opposite to each other and extending along the direction of the longitudinal axis of the grip portion. The grip portion is covered by a covering which has two side edges corresponding in direction to the longitudinal axis of the grip portion. The two side edges of the covering are concealed in the receiving space via the slits such that the two side edges form a tubular structure, and that the two side edges are retained in place by a retaining rod located in the receiving space of the body of the handle.

Abstract: A handle cover which facilitates holding a drill is disclosed. The cover has an upper cover portion surrounding the rear and side portions of the barrel portion of the drill; and, a lower cover portion surrounding the rear and side portions of the handle portion of the drill. The cover has two pads, one adjacent to a rear portion of the handle, and the other adjacent to a rear portion of the barrel, so that the hand is cushioned when it holds the drill either by its handle or barrel portion.

Abstract: A telescoping handle which is useful for a variety of broom, mop and shovel applications includes a first tubular handle portion having a first end and an inner open surface extending axially inwardly therein from the first end having a predetermined diameter and having at least one aperture surface which extends radially through the first handle portion into communication with the open surface. The telescoping handle includes an annular connector which is fixably disposed on the first end of the first tubular handle portion and includes an inner open surface axially positioned and having a smaller diameter with respect to the open surface of the first tubular portion, wherein the inner open surface of the connector includes at least one guide surface formed therein. A second handle portion is provided which includes an outer extruded surface coating configured in a complementary manner to the inner open surface and guide surface of the connector to be sidably received therethrough.

Abstract: A moldable hand grip and method of forming the grip using a light curable moldable material. The moldable material is wrapped around a handle of a hand held implement. Pressure is then applied with the hand of a user to mold the moldable material while the temperature of the material is at ambient temperature. Light is applied to the molded material to cure the material and form a custom grip.

Abstract: Handle for tools such as screwdrivers, cormprising a core of hard plastic material around a metal shaft and a gripping surface (14) of soft material covering parts of the core, where the core within the regions covered by the gripping surface is made with a multitude of protruding lower blocks (17) with flat tops, and the soft material filling the space between lower blocks to the level of the tops of lower blocks (17) to form base surface (16) and a multitude of blocks (15) raised from the base surface, arranged in a repetitive pattern with voids where the lower blocks protrude.

Abstract: A tool handle includes a number of blocks attached to a handle member, and a cover sleeve engaged on the handle member and having a number of orifices for receiving the blocks and for retaining the blocks in place. The handle member and the blocks may be secured together by the engagement of projections and cavities. The user may adjust the blocks into various kinds of shapes and patterns. The blocks may each include one or more openings for receiving the materials of the cover sleeve and for stably securing the blocks to the handle.

Abstract: The present invention relates generally to a pot holder, which comprises at least two panels each being defined by an edge portion. Each panel has an outer layer, an inner layer and a heat insulating filling member sandwiched between the outer layer and the inner layer. The outer layer, the filling member and the inner layer of each panel are connected to one another along at least part of its edge portion. The pot holder of the present invention further comprises a joining member which continuously connects the panels along at least part of their edge portions to form a pocket portion therebetween. The pocket portion has an opening portion defined by the remaining edge portions of the panels. The pot holder of the present invention provides an easy, direct and effective way for protecting a user's hands and fingers from being burned. In addition, the pot holder of the present invention is simple and inexpensive to manufacture, and can be of excellent artistic flavor.

Abstract: A tool handle includes a handle member, a number of blocks attached to the handle member, and a cover sleeve engaged on the handle member and having a number of orifices for receiving the blocks and for retaining the blocks in place. The handle member includes a number of cavities, and the blocks each includes one or more projections engaged into the cavities of the handle member for attaching onto the handle member and for allowing the user to adjust the blocks into various kinds of shapes and patterns.

Abstract: A handle for tools such as screwdrivers where an end region is shaped as a smooth rounded surface and made by injection molding in multiple steps from at least two differently colored plastic materials, which are tactilely indistinct, to form a visible marking for identification of the tool.

Abstract: Hammer rebound shock and hand and wrist fatigue associated with the use of a wire seating and/or cutting tool, such as an impact tool, is alleviated by a covering at least the butt end of the tool handle with an internally ribbed cushioning sleeve of elastically deformable material, such as soft rubber. Because of its ribbed configuration and soft rubber material, the cushioning sleeve readily absorbs the rebound of the hammer impact force that would otherwise be transmitted through the handle in the course of operation of the tool, and thereby provides shock protection for the craftsperson's hand.

Abstract: An air isolation hand or handle covering has a bladder consisting of a plurality of interconnected or independent inflation cells that is positioned between the hand and a hand-held tool or other vibrating object. The cells are oriented to permit easy bending of the hand covering in directions appropriate for grasping an object. The effectiveness of the bladder in reducing the vibration energy transmitted to the hand is a function of the bladder material thickness, the shape and configuration of the bladder, the pressure in the bladder, the compressible fluid used, the volume of the bladder, and the grip force and push force used when clasping a tool or other object. The bladder is attached in place by way of an attachment tab which is integrally formed from at least one of the layers of the bladder and extends for at least about one sixth the length of the fluid cavity.

Abstract: A universal handle for household and other hand-held implements, the handle being adapted to ergonomically render the implement to which it is applied useable by individuals who have difficulty in firmly grasping a conventional handle. The universal handle, which is fabricated of elastomeric material having good thermal insulation and cushioning properties, includes an internal cavity to socket the core shank of the implement. The handle has an elliptical cross section, the opposing sides of the handle adjacent its upper end each having a concave depression, in each of which an array of spaced, flexible fins is anchored to define a depressible grip site. When the fingers of a user's hand are clenched about the handle, the internal region of the resultant fist conforms to the form of the handle to provide a good grip thereon, the thumb and forefinger pressing into the grip sites to enhance the user's grip on the handle.